Vertical gardens, or green walls, are gaining popularity in design and architecture for their aesthetic and environmental benefits.

They provide natural insulation, reduce energy consumption, and improve urban air quality.

Vertical gardens can be optimally designed using wooden scaffolding, glass sliding doors, and polycarbonate shelves for a noble appearance and protection from sun and rain.

Vertical green walls are low-maintenance and can last up to 25 years, making them suitable for various buildings and climates.

Vertical green walls cost $200 to $1200 per square meter and can be quickly installed due to their modular system.

Vertical gardens can absorb 50 tons of carbon dioxide and emit 13 tons of oxygen annually.

Design considerations for vertical gardens should include plant growth and the use of solar panels and rainwater harvesting for irrigation.

Sensors in vertical gardens can monitor soil hydration and nutrient levels, allowing for maintenance without entering the house.

The choice of plants for vertical gardens depends on the climate and conditions.

Rooftop gardens and green plants under solar panels can reduce surface temperature and prevent overheating.

Green spaces can reduce energy costs and may be encouraged through subsidies.

Vertical gardens in urban buildings can bring significant economic benefits, including energy savings and increased property value.

Eco properties, such as those with vertical gardens, have higher market values due to their energy efficiency and sustainability.

Sustainable buildings, such as those with vertical gardens, can reduce carbon footprint and energy usage while increasing property value and marketability.

Green building certifications like LEED can increase property value, provide tax incentives, and lower utility costs.

Vertical gardens can provide additional revenue streams through solar panel energy sales or rooftop garden rentals.

Tao Zhu Yin Yuan, with 23,000 trees and plants, absorbs 100 tons of carbon annually using wind and solar power.

Vertical gardens can sequester carbon equivalent to 1,813 trees or 1.2 Wenxin Forest Parks.

Green buildings can save 50% of energy and 60% of water, reducing 80% of waste and 45% of carbon dioxide emissions.

Singapore's high-rise green space has doubled to 155 hectares in 10 years, reducing building surface temperature by up to 6 degrees Celsius.

Green plants under solar panels and vertical gardens can improve efficiency and reduce energy costs.

Vertical gardens in urban buildings offer economic benefits, including energy savings and increased property value, making them a valuable investment.

Vertical gardens provide natural insulation and can be integrated with glass and steel.

The Lilly Building features a planting system on its outer walls, providing heat preservation and insulation.

Trudo Vertical Forest incorporates greenery, solar panels, and rainwater harvesting for environmental protection and sustainability.

Trudo Vertical Forest absorbs 50 tons of CO2 and emits 13 tons of oxygen annually.

Green roofs reduce stormwater run-off, improve air quality, provide cooling, and increase biodiversity.

Green roofs require special waterproofing, drainage, access, and irrigation to ensure successful maintenance.

The Singapore pavilion features green architecture, rainwater management, and climbing robots that monitor plant health and environmental data.

Tao Zhu Yin Yuan combines a vertical forest with sustainable features, absorbing over 100 tons of carbon annually.

The Terra Pavilion features green areas, a greywater recycling system, and 18 "energy trees" with 2,160 solar panels, reducing water use by 75 percent.

Dubai Sustainable City uses solar panels, reduces carbon footprint by 75%, and features a surrounding green belt to minimize air pollution.

Rainwater harvesting systems can reduce household water consumption by up to 50% and integrate with other sustainable technologies.

Yangming Marine's green roof in Taipei saves nearly 3,960 kWh of electricity annually through heat insulation and energy saving functions.

Cloud 11 building features solar panels, rainwater harvesting, and green gardens on each floor for air filtration and temperature reduction.

Combining vertical gardens with other sustainable technologies can create comprehensive solutions that reduce energy consumption and promote environmental sustainability.

Vertical gardens can address technical challenges like weight load and wind resistance, and feature curved green walls.

Green walls can thrive in various environments with technology and renewable resources.

Digital solutions can enhance green space management and preserve rainforest vegetation.

Innovative agriculture panels can enable 100% green energy through managed digital ecosystems.

Sensors and monitoring systems can help optimize irrigation and fertilization in vertical gardens and detect potential issues.

Vertical gardens offer benefits like air purification and temperature regulation, making them popular in environmental design.

Designing large-scale vertical gardens involves using clean energy, like geothermal systems, to power irrigation and other systems.

The cost of installing a vertical garden ranges from $200 to $1200 per square meter.

Maintenance needs for vertical gardens are relatively low.

The choice of plants for a vertical garden depends on the climate and conditions, such as light and temperature.

Vertical farms use less land and water than traditional agriculture, providing benefits like improved crop yields and reduced transportation costs.

Hydroponic and aeroponic methods can create vertical farms in multistory buildings to help address climate catastrophe and population growth.

Vertical farming originated in a 1999 Columbia University class and is now a popular method for urban crop growth.

Companies like AeroFarms and Bowery Farming use carbon sequestration in vertical farming to reduce their carbon footprint.

Japan has over 200 vertical farms, with Spread being the largest, and the practice is gaining popularity worldwide.

Large-scale vertical gardens often require decorative pots and hidden irrigation systems.

Large-scale vertical gardens can promote biodiversity and use locally sourced trees as pollution filters.

Mixed-use development with nature can create large-scale vertical gardens that provide air purification and temperature regulation.

Seismic isolation equipment and ultra-high-strength steel can ensure the safety of large-scale vertical gardens in earthquake-prone areas.

Large-scale vertical gardens can include shape-shifting designs and wind-power turbines to reduce their carbon footprint.

Vertical greening can help sequester carbon, alleviate the heat island effect, and reduce air pollutants.

Flexible design can help create large-scale vertical gardens suitable for various environments and climates.

Maintenance and management planning is crucial for keeping large-scale vertical gardens healthy and thriving.

Rooftop gardens can reduce surface temperature by 6 degrees Celsius and stabilize surrounding temperatures.

Green spaces can improve solar panel efficiency and provide other benefits, including reducing tree infection and disease risk.

The rewilding project can increase biodiversity, save manpower, and create self-sustaining vertical gardens with minimal maintenance.

Vertical farming maximizes land use and increases yields.

Vertical farming enables year-round production and stable revenue.

The cost-benefit analysis of vertical garden projects considers factors like maintenance, energy savings, and revenue.

Vertical farming uses up to 95% less water than traditional farming.

Hydroponic systems can reduce water usage by up to 95 percent.

Vertical farming is a sustainable option with low environmental impact.

Vertical farming requires controlled environments and strict nutrient management, increasing maintenance costs.

Vertical farm construction requires a significant initial investment, but can generate $15-20 million in annual revenue.

The controlled environment agriculture market is expected to reach $100 billion by 2030.

Energy costs account for about half of vertical farm operating costs, but some use 100 percent renewable energy.

LED lighting and other technologies can increase vertical farming's economic viability by reducing energy consumption.

Vertical farming can help overcome traditional agricultural challenges and support local economy and food security.

The industry is expected to be worth $3 billion this year, growing 25.5 percent annually through 2030.

High capital costs and energy expenses challenge vertical farms, which also face a fragmented market.

Public policy is needed to support urban agriculture and address vertical farm challenges.

Infarm, a vertical farming company, is valued at over $1 billion and uses 95% less land and water.

The vertical farming market is expected to grow by USD 6.49 billion from 2021 to 2026 at a 16.55% CAGR.

Rising food demand drives vertical farming growth, which is expected to progress significantly in the coming years.

Vertical farming can regulate the environment for crops and increase land use 120 times.

The unit production cost of plant factories is high, hindering large-scale promotion due to initial construction costs.

Vertical farming offers a sustainable and economically viable solution for food production, reducing transportation costs and increasing crop yields.

Vertical gardens improve air quality and provide natural insulation.

Weight load can be addressed in vertical gardens with light concrete and steel frames.

Plants in vertical gardens require well-drained soil and can be maintained from outside.

Vertical gardens can absorb up to 50 tons of carbon dioxide and produce up to 13 tons of oxygen annually.

Weight load and structural integrity are crucial in vertical garden design.

Regular monitoring and tailored maintenance plans are necessary for vertical gardens.

Pest management is a challenge in vertical gardens, but can be addressed with proper design and implementation.

Vertical gardens, or green walls, are gaining popularity in design and architecture for their aesthetic and environmental benefits.

Title:

Content: 18 wooden scaffolding that you want to put in your garden
PUIKWAN PANG — HOMIFY
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Although winter is only halfway through, but we can ’ t help but miss spring and summer! Imagine, in the warm sun, you and your friends drink cold drinks in the wide beautiful garden, relax in the garden full of flowers, and children play in the pool on the side.
A gentle breeze blows over your face, there are cute and lively birds everywhere, and there is a contented smile on your face … Wait a minute!
One thing missing - an absolutely beautiful outdoor garden scaffolding!
Yes, today we are going to introduce 18 beautiful garden scaffolding that you would like to have, and decorate the garden before summer comes!
1.
The garden scaffolding with glass sliding doors has a greenhouse function to ensure that you can stay in the garden and enjoy the beautiful landscaping in winter.
2.
A string of lights around the top of the flower shed creates a romantic effect that looks like a starry sky.
3.
If you prefer a simple and comfortable style, this scaffolding full of Japanese Zen flavor is the perfect place for you.
4.
Let ’ s infuse the oriental charm into the garden! This scaffolding inspired by Chinese architecture is a must.
5.
The scaffolding woven from vines has a tropical feel and its unique texture makes your garden look more unique.
6.
Install a fan on the bamboo eaves, and you can have a beautiful cool space in summer.
7.
This garden scaffolding filled with climbing plants is an example of a pastoral style that emphasizes plants as the protagonists.
8.
The entire small outdoor space is composed of hollowed-out outdoor seats, hollowed-out garden scaffolding and wooden floors. The extension effect makes the entire space look very wide.
9.
This domineering scaffolding design is simple, but it fits perfectly with the luxury architecture around it.
10.
If you bring this comfortable scaffolding home, you can stay on Bali every day!
11.
This Mediterranean style garden scaffolding can also make people relax. Just imagine the picture of cloth streamers flowing in the breeze is full of healing effect ~
12.
The point of this design is the quality of solid wood scaffolding, which not only has a noble appearance, but also the color will change over time, making your garden more unique.
13.
Garden shelves made of wood and polycarbonate (commonly known as PC plastic) allow you to enjoy garden time regardless of the weather.
14.
It is also a good choice to install this kind of curtain on the scaffolding to shield the sun from the rain.
15.
Get rid of your established impression of scaffolding! This curvilinear garden scaffolding is definitely creative.
16.
The outdoor scaffolding set up at the edge of the pool uses bamboo as the main building material, so the choice is right!
17.
Are you surprised by the personality of this dark system? Would you try to use this mysterious and slightly Gothic curtains?
18.
We love this garden scaffold that follows the path of the garden! The curves it creates are irresistible!
If you like the design, you can find a garden designer to help.
Further reading: 37 Must-Learn Vertical Garden Design Essentials
Do you need someone to help you design or build your home?
Find a professional now!
Find out more about home design!

They provide natural insulation, reduce energy consumption, and improve urban air quality.

Title:

Content: LIFE ・ Classic ／ The concept of wreath architecture on the New York skyline comes from the “terraces ” of Asia
Courtesy of Lilly Tower.
(Courtesy of Studio Vural)
Journalist Tsai Wai-ju / Comprehensive Report
The skyline of Manhattan will take on a new look, a Gothic tower building dating back to 1923, will become an arc skyscraper, more specifically the appearance of the building is covered with vegetation, but they are not only decorative, there is no fear of tall gardeners to update the plant regularly, it is a vertical garden outside the building, and the concept is from the Asian terraced system.
Studio Vural, who conceived the “Lilly tower, ” says the shape of the building is like a terraced field in some parts of Asia, one of the most extreme examples of the use of land, where every inch of fertile soil is important, and the skyscraper next to Bryant Park in Midtown Manhattan is expected to bring a hint of green to the sky.
The Lilly building will be made of three layers of glass and partially covered with vegetation. The planting system will be made of light concrete supported by steel frames. It is a plant that can grow well in both soil and acidity. It will wither the plant if it is well drained.
The flowers are red, yellow, and orange, meaning that in the spring New York will see a field of flowers in skyscrapers, and may be very appetizing to urban gardeners, who are now more and more in the city.
However, combining the building with plants is not only a beautiful function, in addition to beautiful flower fields and contributing to the good urban air, it is also a low-energy design, natural insulation can allow the building to reduce the internal consumption of the climate, in addition, Lilly Building is also a passive building, using a small amount of energy to maintain a comfortable internal environment.
The heat of the sun will flow through the large glass, and the fresh air will enter through the open windows of the residential section.
Heating and cooling will be provided by the geothermal system, the heat exchanger helps to minimize energy loss, and the plants on the outer walls provide heat preservation and insulation. According to the design, the building has 21 floors for commercial space and 18 floors for residential use.
In any case, we all welcome the emergence of more energy-efficient, sustainable skyscrapers, not to mention lilies in the spring, and beautiful greenery in other seasons to breathe for the people of the city.
Key words:
LIFE, Classic, Architecture, Passive Architecture
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Vertical gardens can be optimally designed using wooden scaffolding, glass sliding doors, and polycarbonate shelves for a noble appearance and protection from sun and rain.

Vertical green walls are low-maintenance and can last up to 25 years, making them suitable for various buildings and climates.

Title:

Content: Prince’s Landscape Pte Ltd Now Provides Singapore Properties with Vertical Green Walls

Prince’s Landscape Pte Ltd is famous for its vertical wall planters, green walls and flower backdrop in Singapore. The company caters to residential and commercial clients as well.

Singapore, 2023-Jan-04 — /EPR Network/ — Prince’s Landscape Pte Ltd, the leading landscaping company in Singapore is offering vertical green walls to commercial and residential properties. Whether it is a retail showroom or a high rise, the vertical green wall is an innovative approach towards introducing nature amidst the concrete jungle.

The company uses quality vertical wall planters, ensuring the healthy growth of the plants. These vertical walls are easy to maintain, assemble, install, disassemble, and reinstall. The technique used by Prince’s Landscape Pte Ltd ensures the user does not have to spend much time tending and taking care of the plants.

Along with green walls, the company also provides clients with exquisite flower backdrops in Singapore to complement the greenery around them. It’s a long-term investment as a green wall can last up to 25 years.

Vertical walls by Prince’s Landscape Pte Ltd come with some unique features:

  • Custom design to suit the client’s needs.
  • Minimal watering of the green wall plants.
  • Ultra-low maintenance ensured.
  • Quick installation due to a modular system.
  • Use of plants that can survive in a tropical climate.

Why choose a vertical green wall?

  • Reduces waste of energy.
  • Improves air quality.
  • Makes the structure sustainable.
  • The space becomes more fire-resistant.
  • Minimizes ambient noise.

The general installation cost for a vertical green wall by Prince’s Landscape Pte Ltd ranges between $200 per square meter and $1200 per square meter, depending on the design, the kind of plants used and the installation process.

About the company:

One of the oldest nurseries in Singapore, Prince’s Landscape Pte Ltd has 50 years of experience in the industry. Started out humbly as a flower shop, Prince’s Landscape Pte Ltd have evolved into a full-fledged landscape design and installation specialist.

Contact Details

Telephone: 65 6763 7000

Fax: 65 6892 2700

WhatsApp: +65 8838 3479

Email: buzz@prince.com.sg

Address: 53 Sungei Tengah Road, Singapore 698998

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Vertical green walls cost $200 to $1200 per square meter and can be quickly installed due to their modular system.

Title:

Content: Prince’s Landscape Pte Ltd Now Provides Singapore Properties with Vertical Green Walls

Prince’s Landscape Pte Ltd is famous for its vertical wall planters, green walls and flower backdrop in Singapore. The company caters to residential and commercial clients as well.

Singapore, 2023-Jan-04 — /EPR Network/ — Prince’s Landscape Pte Ltd, the leading landscaping company in Singapore is offering vertical green walls to commercial and residential properties. Whether it is a retail showroom or a high rise, the vertical green wall is an innovative approach towards introducing nature amidst the concrete jungle.

The company uses quality vertical wall planters, ensuring the healthy growth of the plants. These vertical walls are easy to maintain, assemble, install, disassemble, and reinstall. The technique used by Prince’s Landscape Pte Ltd ensures the user does not have to spend much time tending and taking care of the plants.

Along with green walls, the company also provides clients with exquisite flower backdrops in Singapore to complement the greenery around them. It’s a long-term investment as a green wall can last up to 25 years.

Vertical walls by Prince’s Landscape Pte Ltd come with some unique features:

  • Custom design to suit the client’s needs.
  • Minimal watering of the green wall plants.
  • Ultra-low maintenance ensured.
  • Quick installation due to a modular system.
  • Use of plants that can survive in a tropical climate.

Why choose a vertical green wall?

  • Reduces waste of energy.
  • Improves air quality.
  • Makes the structure sustainable.
  • The space becomes more fire-resistant.
  • Minimizes ambient noise.

The general installation cost for a vertical green wall by Prince’s Landscape Pte Ltd ranges between $200 per square meter and $1200 per square meter, depending on the design, the kind of plants used and the installation process.

About the company:

One of the oldest nurseries in Singapore, Prince’s Landscape Pte Ltd has 50 years of experience in the industry. Started out humbly as a flower shop, Prince’s Landscape Pte Ltd have evolved into a full-fledged landscape design and installation specialist.

Contact Details

Telephone: 65 6763 7000

Fax: 65 6892 2700

WhatsApp: +65 8838 3479

Email: buzz@prince.com.sg

Address: 53 Sungei Tengah Road, Singapore 698998

Matched content

Editor’s pick

Express Press Release Distribution

Vertical gardens can absorb 50 tons of carbon dioxide and emit 13 tons of oxygen annually.

Title:

Content: LIFESTYLE Lifestyle
Nederland ’ s “Vertical Forest ” social housing combines environmental protection and aesthetics to enhance the quality of life
by Cecilia
/ 2021.10.17
Housing problems, land problems, property slavery, and high property prices have all become symbols of Hong Kong, and it is common for overseas places to have high-quality public housing or social housing, and in the Netherlands, Einhaven has just completed a "vertical forest" social housing covered with plants, which combines greenery, environmental protection and aesthetics.
Photo by Stefano Boeri Architetti
Designed by Italian architecture studio Stefano Boeri Architetti, the social house in Yanhaofen, Netherlands, known as the Trudo Vertical Forest, is 18 stories high and 70 meters tall and has 125 units. The balcony protruding between each unit has different width, height and depth.
Low-income people and young people starting families can improve living conditions even for citizens who can ’ t afford private housing, and apply the concept of urban afforestation as a possibility to improve the urban environment and cope with climate change.
Photo by Stefano Boeri Architetti
Trudo Vertical Forest uses white as the main color overall, and is surrounded by solar reflective glass bars, the planting balcony is equipped with sensors to monitor the hydration and nutrient levels of the soil, even the novice planting do not have to worry.
Don ’ t underestimate the amount of plants in a single building that can absorb more than 50 tons of carbon dioxide and emit more than 13 tons of oxygen each year. It makes sense to call it a “vertical forest ”.
Solar panels on the roof provide some of the energy consumed by the building, while reservoirs and rainwater harvesting systems are installed to irrigate the plants.
Photo by Stefano Boeri Architetti
In terms of indoor environment, each 50 square meters (about 538 square feet) unit can be reconfigured according to people, and the floor height is at least 3.5 meters. Although foreigners are relatively tall, they are also full of space.
Each unit has its own balcony, each with a tree and 20 shrubs.
The design takes into account the doubling of the weight and size of each plant ’ s life cycle, and there is a dedicated gardener to take care of it, who does not enter the house, but hangs down outside the building to maintain and trim the plants.
This is not the first time that the concept of “vertical forest ” has been heard, and it has been implemented around the world. However, this time, as a social housing, it is also a big attraction, and I hope to see it in Hong Kong one day.
Photo by Stefano Boeri Architetti

Design considerations for vertical gardens should include plant growth and the use of solar panels and rainwater harvesting for irrigation.

Title:

Content: LIFESTYLE Lifestyle
Nederland ’ s “Vertical Forest ” social housing combines environmental protection and aesthetics to enhance the quality of life
by Cecilia
/ 2021.10.17
Housing problems, land problems, property slavery, and high property prices have all become symbols of Hong Kong, and it is common for overseas places to have high-quality public housing or social housing, and in the Netherlands, Einhaven has just completed a "vertical forest" social housing covered with plants, which combines greenery, environmental protection and aesthetics.
Photo by Stefano Boeri Architetti
Designed by Italian architecture studio Stefano Boeri Architetti, the social house in Yanhaofen, Netherlands, known as the Trudo Vertical Forest, is 18 stories high and 70 meters tall and has 125 units. The balcony protruding between each unit has different width, height and depth.
Low-income people and young people starting families can improve living conditions even for citizens who can ’ t afford private housing, and apply the concept of urban afforestation as a possibility to improve the urban environment and cope with climate change.
Photo by Stefano Boeri Architetti
Trudo Vertical Forest uses white as the main color overall, and is surrounded by solar reflective glass bars, the planting balcony is equipped with sensors to monitor the hydration and nutrient levels of the soil, even the novice planting do not have to worry.
Don ’ t underestimate the amount of plants in a single building that can absorb more than 50 tons of carbon dioxide and emit more than 13 tons of oxygen each year. It makes sense to call it a “vertical forest ”.
Solar panels on the roof provide some of the energy consumed by the building, while reservoirs and rainwater harvesting systems are installed to irrigate the plants.
Photo by Stefano Boeri Architetti
In terms of indoor environment, each 50 square meters (about 538 square feet) unit can be reconfigured according to people, and the floor height is at least 3.5 meters. Although foreigners are relatively tall, they are also full of space.
Each unit has its own balcony, each with a tree and 20 shrubs.
The design takes into account the doubling of the weight and size of each plant ’ s life cycle, and there is a dedicated gardener to take care of it, who does not enter the house, but hangs down outside the building to maintain and trim the plants.
This is not the first time that the concept of “vertical forest ” has been heard, and it has been implemented around the world. However, this time, as a social housing, it is also a big attraction, and I hope to see it in Hong Kong one day.
Photo by Stefano Boeri Architetti

Sensors in vertical gardens can monitor soil hydration and nutrient levels, allowing for maintenance without entering the house.

Title:

Content: LIFESTYLE Lifestyle
Nederland ’ s “Vertical Forest ” social housing combines environmental protection and aesthetics to enhance the quality of life
by Cecilia
/ 2021.10.17
Housing problems, land problems, property slavery, and high property prices have all become symbols of Hong Kong, and it is common for overseas places to have high-quality public housing or social housing, and in the Netherlands, Einhaven has just completed a "vertical forest" social housing covered with plants, which combines greenery, environmental protection and aesthetics.
Photo by Stefano Boeri Architetti
Designed by Italian architecture studio Stefano Boeri Architetti, the social house in Yanhaofen, Netherlands, known as the Trudo Vertical Forest, is 18 stories high and 70 meters tall and has 125 units. The balcony protruding between each unit has different width, height and depth.
Low-income people and young people starting families can improve living conditions even for citizens who can ’ t afford private housing, and apply the concept of urban afforestation as a possibility to improve the urban environment and cope with climate change.
Photo by Stefano Boeri Architetti
Trudo Vertical Forest uses white as the main color overall, and is surrounded by solar reflective glass bars, the planting balcony is equipped with sensors to monitor the hydration and nutrient levels of the soil, even the novice planting do not have to worry.
Don ’ t underestimate the amount of plants in a single building that can absorb more than 50 tons of carbon dioxide and emit more than 13 tons of oxygen each year. It makes sense to call it a “vertical forest ”.
Solar panels on the roof provide some of the energy consumed by the building, while reservoirs and rainwater harvesting systems are installed to irrigate the plants.
Photo by Stefano Boeri Architetti
In terms of indoor environment, each 50 square meters (about 538 square feet) unit can be reconfigured according to people, and the floor height is at least 3.5 meters. Although foreigners are relatively tall, they are also full of space.
Each unit has its own balcony, each with a tree and 20 shrubs.
The design takes into account the doubling of the weight and size of each plant ’ s life cycle, and there is a dedicated gardener to take care of it, who does not enter the house, but hangs down outside the building to maintain and trim the plants.
This is not the first time that the concept of “vertical forest ” has been heard, and it has been implemented around the world. However, this time, as a social housing, it is also a big attraction, and I hope to see it in Hong Kong one day.
Photo by Stefano Boeri Architetti

The choice of plants for vertical gardens depends on the climate and conditions.

Title:

Content: Jump directly to the content
HAnging gardens

I have a tiny backyard so created a living privacy wall from Lowe’s – the mirror helps the space look bigger

A DESIGNER has brought a tropical forest to her tiny backyard by creating a living privacy wall from Lowe's.

She added a large mirror to her look, giving the illusion of an even bigger space.

Her vision was the bijou version of the Hanging Gardens of Babylon.

But making the most out of restrictive spaces is nothing new for this TikToker.

It is her specialism and she has rocked it with this lush backyard look.

Whitney Leigh Morris of Rightsizing Home and Garden (@whitneyleighmorris) has 200,000 followers and another 2.8 million likes on her platform.

"Sustainable small space designer,” is how she describes her remit.

In this post, she had fun using a woven fence panel as the foundation of her look.

“Creating a vertical garden in our tiny outdoor space," she wrote.

First, she installed a woven privacy wall from Lowe’s.

Once this was fixed into position, the creative work could begin.

First she hung a large round mirror onto it, helping this limited space look far bigger.

Then plants were pinned onto and around the fence panel.

The effect was that of a lush green canopy.

There were grapes, succulents, cacti, and flowering shrubs.

Gardening paraphernalia were also artfully hung on the wall.

Commenters loved the finished look.

“Wow beautiful," said one.

While another simply said: “Stunning.”

Topics

Rooftop gardens and green plants under solar panels can reduce surface temperature and prevent overheating.

Title:

Content: More construction owners apply for subsidies to increase the garden high-rise green space area doubled in 10 years
Font Size:
Our high-rise green space has increased significantly, more than doubling in size over the past 10 years, from 60 hectares in 2013 to 155 hectares.
In addition to more new builders incorporating high-rise green spaces or rooftop gardens into their blueprints, more and more owners of older buildings are applying to the National Park Service for subsidies to add or convert their roofs into green spaces.
In an interview with the Lianhe Zaobao, the senior director of the National Park Service's landscaping department, Sophie Ann, revealed that since 2009, about 300 projects have applied for grants for high-rise green spaces or vertical landscaping.
Owners who receive the allowance must ensure that the green space of the tall building is maintained for at least five years.
According to the Park Service, only five applicants no longer maintain green spaces for high-rise buildings due to financial or other factors.
The Park Service annually reviews whether the green spaces in tall buildings are still lush and provides horticultural advice when needed, such as introducing heat-resistant and heat-resistant landscape plants to replace poorly grown flowers and trees.
The Park Service would not disclose how much subsidy has been allocated so far, but stressed that the purpose of the subsidy is to encourage more owners to pay attention to the benefits of high-rise green space, in line with Singapore ’ s 2030 Green Plan, to implement the vision of 200 hectares of high-rise green space.
In fact, many builders choose to set up garden green space in tall buildings or rooftops, or plant vertical flowers and trees in the outer layer of the building, while greening the building environment of steel cement, it also saves energy costs for cooling indoor space.
Rooftop gardens can "cool" the surface of a building by 6 degrees Celsius and reduce the surrounding temperature by 4 degrees Celsius, Sufian said.
In addition, when the solar panel is placed on the roof, if green plants are also planted below it, the solar panel can be prevented from overheating and the charging efficiency can be improved.
More intensive planting of various plants along the roadside
Green buildings such as vertical greening are a topic of concern in recent years, and integrating green space and natural habitat in new towns and residential areas can be one of the compromise solutions to balance urban development and conservation, and offset the plundering and depletion of the natural environment by development projects.
About 40 percent of Singapore's land area is covered by green vegetation, many of which are naturally formed forests in the past half century.
After the urban development of the 1970s, many rural and agricultural land was cleared, and tropical tree species that are easier to reproduce and grow quickly were planted, and many sub-forests were scattered everywhere.
Over the years, the Park Service has also grown more dense and numerous plants per hectare of road land than in the past.
In the past, most of the plants on both sides of the road were of the same species. "This is not a wise move, because if a certain species of tree is infected, it will affect a lot of trees," said Mr Woo Chao-shing, Senior Director of Roads and Landscape of the Park Service.
As a result, over the years, more diverse species of shrubs and trees have been added to create a sense of stratification along roadsides or open spaces, attracting more butterflies and birds, etc. “And this will improve the fragmentation of green spaces caused by urbanization, strengthen ecological cohesion, repair roads and increase the destruction of nature by building more houses. ”
"When cities develop, we have to compensate by planting more plants in the same area of green corridors, or by choosing plants that grow faster to get back to the lush feeling of the past as soon as possible," Hu said.
To this end, the Park Service launched the rewilding project three years ago, deliberately ignoring the green corridors of 24 locations, reducing the number of routine pruning of branches and weeds and creating a sense of overgrown grass.
"We deliberately allow nature to grow freely, increasing its biodiversity and saving manpower, as long as it does not block the entrance of drainage channels or obstruct the passage of pedestrians," Hu said.
However, some residents are concerned about mosquito breeding, and "we will consider it on a case-by-case basis before deciding whether to expand the area under the plan."
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Green spaces can reduce energy costs and may be encouraged through subsidies.

Vertical gardens in urban buildings can bring significant economic benefits, including energy savings and increased property value.

Title:

Content: Did you know that more and more liveable buildings like a three-dimensional park will appear in Taichung City? The Taichung City Government implemented the “Measures to Encourage the Establishment and Feedback of Liveable Building Facilities in Taichung City ”, which has reached its third anniversary and has applied for 117 construction licenses, of which 88 have been approved.
In order to present the results of the implementation of the Measures and to present the urban development vision of Taichung as a “New International Portal, a Happy and Liveable City ”, the Urban Development Bureau of the Taichung Municipal Government and the Taichung Architect Association will hold the“ Exhibition of Works of the 3rd Anniversary of Taichung City ’ s Liveable Architecture ” in the lobby of the first floor of the Dadun Cultural Center. Interested people are welcome to visit.
Climate change is an important global issue, and the task of zero carbon emissions and greenhouse gas reduction cannot be postponed.
In order to promote livable buildings and build a vertical green ecosystem in the city to achieve the goal of effectively improving the urban heat island effect and reducing carbon emissions in the city, the Taichung City Government has implemented the "Measures to Encourage the Installation and Feedback of Liveable Building Facilities in Taichung City" since March 26, 2019.
As of May 6, 111, there are 117 construction applications, a total of 88 construction licenses have been approved, and 3 use licenses have been issued. Among them, a total of 3,043 trees have been added due to the construction of livable facilities, and the carbon sequestration amount has increased by 13,845 tons, which is equivalent to the creation of about 2 Wenxin Forest Park. Small community neighborhood parks, through the way of "one project, one park", to compensate for the lack of vertical greening in the city, not only beautify the urban environment, but also improve the quality of the residents' living environment, and make Taichung a beautiful and livable happy garden city.
Huang Wenbin, director of the Urban Development Bureau of Taichung City Government, stressed that the formulation of the measures is intended to be of a public welfare nature and to seek the best livable life for the citizens.
If the project plans vertical greening facilities, the floor area of the building will be exempted from award setting (the maximum allowable area is 10% of the legal volume), and it will not be included in the building surveying and ownership registration area, so as to prevent harm and avoid raising the price of the house.
At the same time, based on the principle of public plains, the construction company pays a rebate for the floor portion of the building without volume, of which 60% is provided for the follow-up management committee to manage and maintain livable facilities, and the other 40% is used as a livable building research and development and special landscape green energy development subsidy fund.
If you want to learn more about Taichung ’ s liveable architecture design, you can ’ t miss the “Taichung City Liveable Architecture 3rd Anniversary Exhibition ”.
The exhibition will be held at 10: 00 a.m. on June 17 at the Dadun Cultural Center in Taichung City, followed by a livable forum discussing topics such as livable architecture, sustainable ecological city, vertical greening, and new aesthetics of Taichung city.
For more information about the exhibition, please visit the website of the Taichung Municipal Government.
(Taichung City Government Advertisement)
# Taichung City # Liveable Building # Construction # Taichung City Government # Exhibition

Eco properties, such as those with vertical gardens, have higher market values due to their energy efficiency and sustainability.

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Content: Home Business Green Horizons: The Future of Eco Investing in Property

Green Horizons: The Future of Eco Investing in Property

by Biljana Denic

When examining the evolution of real estate investments, a noticeable and dynamic shift towards eco-friendly properties becomes apparent. This shift is not simply a passing trend but rather a substantial transformation rooted in mounting environmental concerns. The demand for properties that have minimal carbon footprints serves as the driving force behind this change.

The interest in energy-efficient homes has never been higher, as an increasing number of investors recognize the profitability and sustainability of green homes. This article delves into the concept of eco-investing, discussing its profitability and highlighting future trends driving this revolution in the real estate market.

1. What is Eco Investing in Property?

Source: luxurylifestylemag.co.uk

In the realm of property investment, there exists a specialized field known as eco investing or green investing. This niche focuses on acquiring and developing properties that adhere to environmentally-friendly standards and sustainable practices. These types of properties, commonly referred to as eco properties or green homes, are meticulously designed to minimize their impact on the environment by prioritizing energy efficiency and employing sustainable design principles.

The components of an eco-friendly property investment include:

  • Green construction practices focus on using sustainable building materials and adopting practices that minimize waste and energy consumption.
  • Energy Efficiency: Eco properties are designed to be energy-efficient by incorporating systems such as solar panels, rainwater harvesting, and insulation. These features help to lower overall energy consumption.
  • Properties that meet green building standards often obtain green certifications like LEED (Leadership in Energy and Environmental Design) to demonstrate their environmentally friendly practices.

2. Why Eco Investing Matters in the Real Estate Market

Environmental Benefits

Investing in eco-friendly properties is a way for investors to make a positive impact on the environment. By choosing to invest in these types of properties, investors are actively working towards reducing carbon footprints and conserving natural resources. Eco properties utilize renewable energy sources, implement waste recycling systems, and prioritize energy efficiency for heating and cooling purposes. These sustainable practices help mitigate environmental degradation and contribute

Economic Benefits

Properties that prioritize energy efficiency and sustainability often have higher market values. In addition, property owners can take advantage of tax incentives provided by government policies on green building and save on utility costs thanks to energy-efficient systems.

Social Benefits

Eco properties contribute to healthier living environments by enhancing air and water quality while reducing noise pollution. These properties typically incorporate green spaces that promote community interaction and overall well-being.

3. Key Trends in Eco Property Investment

Source: nickiandkaren.com

  • Embracing sustainable construction practices is becoming increasingly popular in the realm of eco property investment. One key aspect of these practices lies in utilizing recycled and eco-friendly building materials, which not only help reduce the environmental impact of construction but also enhance the energy efficiency of the property.
  • Energy-Efficient Systems: Eco properties are increasingly incorporating smart home technologies and energy-efficient systems. These innovative solutions, such as solar panels and rainwater harvesting systems, help lower energy consumption and utility expenses.
  • Including green spaces and natural elements in property, design has several benefits. It improves air quality, helps to reduce heat, and enhances the overall aesthetic appeal of the property.

4. Where is Eco Investing in Property Headed?

The future of eco-investing in property markets holds great promise due to advances in green technology, supportive government policies, and shifting consumer demands.

Advances in Green Technology

The eco property market is on the verge of a revolutionary transformation, thanks to technological advances that are paving the way for more efficient and affordable green solutions. These innovations encompass advanced solar panels, highly effective insulation materials, and smart home technologies that automate energy-saving practices.

Role of Government Policies

Government policies have a crucial impact on promoting eco property investment through green building practices. These policies provide incentives and grants to encourage property developers and owners to adopt environmentally-friendly approaches.

Shifts in Consumer Demand

As the awareness of climate change continues to grow, there is a noticeable shift among consumers towards eco-friendly properties. This change in demand is anticipated to drive significant growth in the eco property market moving forward.

5. Tips for Investors Venturing into Eco Property Markets

Source: bricksandagent.com

  • Learn about Eco Certifications: Take the time to become familiar with different green certifications and what they entail. These certifications can provide validation for the eco-friendly practices of your property, ultimately boosting its market value.
  • Get Expert Advice: Consult with professionals who specialize in sustainable architecture and design. Their expertise can provide valuable insights and guidance to help you make informed decisions and maximize the sustainability of your property.
  • Think about the long-term advantages: Although eco-friendly properties may require a larger upfront investment, they offer significant benefits in the long run. These include energy savings and a higher resale value, making them a financially rewarding investment.

Conclusion: Embracing a Sustainable Investment Future

Investing in eco-friendly properties signals a meaningful transition toward a sustainable and environmentally-conscious future. As investors, we have the chance to drive this change by supporting properties that prioritize environmental preservation. By doing so, we not only stand to gain substantial financial returns but also the invaluable reward of a healthier planet for generations to come.

Investing in eco-friendly initiatives goes beyond being a passing trend; it signifies a significant move towards creating a sustainable future. By adopting this investment strategy, we actively contribute to combating climate change and progressing towards a cleaner, greener, and more environmentally sound world.

Sustainable buildings, such as those with vertical gardens, can reduce carbon footprint and energy usage while increasing property value and marketability.

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The Future Of Construction: Why Sustainability Is A Hot Topic

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The construction industry is at a crossroads, and it urgently needs to shift towards more sustainable practices. As one of the largest consumers of global resources and a significant contributor to environmental degradation, the industry faces an imperative to evolve.

This change is driven by an increasing awareness of environmental issues and stringent regulatory demands and shifting consumer expectations, which are steering the sector toward sustainability.

The Urgency of Sustainable Construction

Global Environmental Impact

The construction sector plays a pivotal role in the stewardship of our planet's resources and health. It is responsible for nearly 40% of global carbon emissions and a similar proportion of energy usage.

The extraction, processing, and use of building materials substantially strain natural resources, leading to significant ecological footprints. As urbanization continues to rise, so does the impact of construction, making it crucial for the industry to adopt more sustainable and less harmful practices.

Regulatory and Consumer Pressure

Governments worldwide are tightening regulations to curb the environmental impact of construction by setting carbon reduction targets and stricter compliance standards.

In the US, the construction industry is responsible for significant pollution. According to a study conducted by Willmot Dixon, construction companies cause nearly a quarter of air pollution, 40% of drinking water pollution, and half of all landfill waste.

Concurrently, a more informed consumer base is demanding greener, more sustainable buildings.

These twin pressures are compelling the construction industry to innovate and transform, aligning their practices with sustainability principles to remain viable and competitive in a rapidly changing world.

The Benefits of Sustainable Construction

Environmental Benefits

Embracing sustainable construction methods significantly reduces the carbon footprint associated with building projects. From using energy-efficient materials to adopting renewable energy sources, the industry can diminish its direct environmental impacts.

Moreover, sustainable construction practices promote the conservation of scarce natural resources and aim to reduce waste generation through recycling and reuse, further mitigating the ecological impacts of construction activities.

Economic Benefits

Sustainability is not only environmentally advantageous but also economically beneficial. Buildings designed and built with sustainability in mind typically incur lower energy costs, reducing long-term operational expenses.

These buildings often attract higher property values and retain their marketability over time. Additionally, adherence to environmental regulations through sustainable practices can lead to eligibility for government incentives and help avoid costly fines and legal issues related to non-compliance.

Social Benefits

Sustainable buildings contribute significantly to the health and productivity of their occupants. Features like improved indoor air quality, natural lighting, and better acoustic environments are crucial in enhancing occupant well-being.

Furthermore, companies that invest in sustainable building practices tend to see improved community relations and can better achieve their Corporate Social Responsibility (CSR) goals due to their reduced environmental impact and commitment to societal well-being.

Technological Innovations Driving Sustainability

Building Information Modeling (BIM)

BIM technology plays a pivotal role in the sustainability of construction projects. By creating digital representations of physical and functional characteristics of places, BIM allows for more accurate planning and efficient resource management, reducing the likelihood of waste and enabling more sustainable decision-making throughout construction.

Green Building Certifications

Certifications like LEED and BREEAM are instrumental in promoting sustainability standards. These programs provide frameworks that help architects, developers, and builders implement sustainable building practices and verify that a project meets high standards of environmental responsibility and energy efficiency.

Smart Technologies

The deployment of AI and IoT technologies is transforming the construction industry by optimizing resource use and improving building operations.

These technologies enable real-time monitoring and control of energy consumption and enhance water usage efficiency. This seeks to improve overall building maintenance, leading to more intelligent, more sustainable buildings.

Challenges to Sustainable Construction

The perception that sustainable construction is prohibitively expensive persists, primarily due to the higher upfront costs associated with green materials and technologies.

However, these costs are typically offset by the significant energy, water, and maintenance savings over the building's lifecycle.

Skill Gaps and Training Needs

There remains a critical need for skilled professionals trained in sustainable construction practices.

Educational programs and certifications in green building techniques are essential to equip the current and future workforce with the necessary skills to drive the industry's transition to sustainability.

Regulatory Hurdles

The construction industry often faces challenges with the variability and rapid evolution of regulations about sustainability.

Staying compliant requires constant vigilance and adaptability, which can significantly burden firms.

Why Sustainability Pays Off

Sustainable buildings are generally cheaper to operate. As mentioned above, using less energy and water and requiring less maintenance than traditional buildings.

Adhering to sustainability practices helps firms comply with regulations and reduce the risk of fines and legal issues. It also mitigates the risk associated with resource scarcity and future-proof buildings against changes in environmental policies.

As demand for green buildings grows among consumers and investors, firms that demonstrate a commitment to sustainability can enhance their market position and enjoy a competitive edge.

Looking Beyond

The construction industry's shift towards sustainability is not just a trend but a fundamental change in how buildings are designed, constructed, and operated.

Stakeholders across the industry are called to recognize this shift's importance and invest in sustainable practices that will shape the future of construction.

This article underscores the imperative for sustainable practices in the construction industry, highlighting the challenges and immense benefits of these practices. It serves as a call to action for all industry stakeholders to commit to sustainability for the betterment of our environment and future generations.

If you want assistance creating a more sustainable environment for your business, connect with me on LinkedIn.

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Green building certifications like LEED can increase property value, provide tax incentives, and lower utility costs.

Vertical gardens can provide additional revenue streams through solar panel energy sales or rooftop garden rentals.

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Content: Friday, September 8, 2023
Partner PostsHow Solar Panels Can Upgrade the Value of Your UK Commercial Property

How Solar Panels Can Upgrade the Value of Your UK Commercial Property

In an era marked by increased environmental awareness and a growing emphasis on sustainable practices, businesses across the UK are seeking innovative ways to reduce their carbon footprint as well as enhance the value of their properties. One such solution that has gained significant traction is the installation of solar panels on commercial properties. Beyond their ecological benefits, solar panels can significantly upgrade the value of your UK commercial property. But how? Let’s count the ways.

· Environmental and financial sustainability

Solar panels have emerged as a beacon of environmental responsibility as the world transitions towards cleaner energy sources. By harnessing the sun’s power to generate electricity, commercial properties equipped with solar panels demonstrate a commitment to sustainability. It resonates with environmentally conscious consumers and investors, potentially attracting a wider pool of tenants and buyers. Moreover, the reduction in energy costs due to solar panels can lead to substantial long-term financial savings, thus enhancing your property’s overall value.

· Enhanced energy efficiency

As an expert commercial solar company points out, solar panels augment a property’s energy efficiency by directly converting sunlight into electricity, which can be used to

power various operations within the building. This reduced dependence on traditional grid electricity cuts operational costs and insulates the property from energy price fluctuations. Prospective tenants and buyers often view energy-efficient properties more favourably as they offer lower utility bills and a smaller carbon footprint.

· Favourable government incentives

The UK government has introduced several incentives to promote renewable energy adoption, including solar panels. For instance, the Feed-in Tariff programme or scheme offers property owners payments for the electricity they generate through solar panels. Although the FiT scheme has closed to new applicants, the Smart Export Guarantee ensures that surplus energy can still be sold back to the grid. These incentives provide an additional revenue stream and increase the property’s attractiveness to potential investors.

· The marketing advantage

Properties with solar panels enjoy a marketing advantage in today’s eco-conscious market. Highlighting the presence of solar panels in property listings and promotional materials can attract a niche group of tenants or buyers who align with green initiatives. With this unique selling proposition, you can set your property apart from others in a competitive market, potentially leading to shorter vacancy periods and higher rental or sale prices.

· A long-term investment

Solar panels are indeed a durable, long-term investment that can significantly enhance the value of your commercial property over time. With minimal maintenance requirements (and a lifespan of up to 25 years or more), solar panels provide a reliable source of clean energy! This long-term benefit can translate into higher property valuations as potential buyers or tenants recognise the stability and cost savings associated with renewable energy sources.

The installation of solar panels represents a compelling opportunity for UK commercial property owners to upgrade their properties’ value while contributing to a more sustainable future. Beyond the immediate financial benefits of reduced energy costs and government incentives, solar panels enhance a property’s marketability, energy efficiency, and overall environmental profile. As businesses increasingly prioritise sustainability, properties equipped with solar panels are poised to stand out in the market and attract forward-thinking tenants and investors. By embracing solar energy,

property owners can harness the power of the sun to illuminate not only their buildings – but also their investment potential.

Image attributed to Pixabay.com

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Tao Zhu Yin Yuan, with 23,000 trees and plants, absorbs 100 tons of carbon annually using wind and solar power.

Title:

Content: Warner Bros. Discovery Taiwan Presents Building Icons: Tao Zhu Yin Yuanwarner-bros.jpg

  • The Tao Zhu Yin Yuan building is created to address environmental issues through a first-of-its-kind design and urban vertical forest.
  • Tao Zhu Yin Yuan is a collaboration between Paris-based architect Vincent Callebaut and Core Pacific Group Founder and Chairman, Shen Ching-Jing.

SINGAPORE – Media OutReach – 18 January 2023 – Warner Bros. Discovery Taiwan presents Building Icons: Tao Zhu Yin Yuan, an awe-inspiring, future-forward series set to premiere on Discovery Channel on January 20, 2023, at 8:05 pm (SEA/PH) and 7:05 pm (BKK/JKT).

The new special shines a light on Tao Zhu Yin Yuan, a 42,705 sqm, 21-floor tower located in the residential area of the Taipei Xinyi District in Taipei. With an eye-catching architectural design resembling a vertical forest, the carbon-absorbing futuristic building was created by a team of Belgium-born and Paris-based architect Vincent Callebaut and Core Pacific Group Founder and Chairman Shen Ching-Jing.

“Urbanization and rapid population growth continue to push new ideas and innovation. The Tao Zhu Yin Yuan building is a strong example of sustainable practices with state-of-the-art design. In our commitment to bringing unique stories to audiences across Taiwan, this new documentary shares how developers are reimagining housing for the future,” said Cindy Ma, Vice President and Head of Commercial Taiwan, Warner Bros. Discovery.

Core Pacific Group Founder and Chairman Shen Ching-Jing said: “We are pleased this building will be featured by leading media company, Warner Bros. Discovery in our efforts to highlight the eco-friendly values, earthquake-resistant technology, and design aesthetic represented in this true building icon. After a decade of construction and development, Tao Zhu Yin Yuan is an engineering feat that marries state-of-the-art design with environmental sustainability.”

The special takes a deep dive into the challenges experienced during development, including providing precise testing and evidence that a gravity-defying rotating building was robust enough to withstand natural disasters. With sustainable practices and future vision in mind, they also navigated the obstacle of planting trees on high floors that required specific needs. Additional design features include:

  • Shape-shifting design. Inspired by a Samara fruit spiraling down to the ground, the tower stretches and twists like the double-helix structure of a DNA. The 21-story tower houses one 1,000-square-meter apartment on each side, except for the top floor. Each floor is rotated 4.5 degrees clockwise as the building moves up to 90 degrees, allowing each apartment a unique 270-degree view of the city. When viewed from different angles, the tower transforms into an impressive myriad of forms.
  • Vertical forest. The building’s twisting shape allows open-air gardens on the cascading terraces to plant more than 23,000 trees, shrubs, and plants to cultivate a spectacular urban vertical forest. The green coverage is estimated to absorb more than 100 tons of carbon annually, helping improve air quality and promote biological diversity. A sustainable energy driven 6 wind-power turbine, solar-power panels and excess rainwater recycling catchment system are also added to fight against climate change. It also allows the residents to retreat to this secluded sanctuary while staying connected to the metropolitan surrounding.
  • Earthquake-proof design. To ensure safety from potential earthquakes, Tao Zhu Yin Yuan has made significant efforts to use seismic isolation equipment not used in general high-rise buildings: EPS isolation pads of the exact specification as NASA and ultra-high-strength steel of the same grade as “Tokyo Skytree.” It is designed to meet the seismic risk of a 2,500-year return period.

Building Icons: Tao Zhu Yin Yuan is produced by Fun Job Studio for Discovery Channel.

Notes to Editor

View 30 sec trailer : Building Icons: Tao Zhu Yin Yuan

Photos : Building Icons: Tao Zhu Yin Yuan

Hashtag: #WarnerBros.Discovery

The issuer is solely responsible for the content of this announcement.

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Vertical gardens can sequester carbon equivalent to 1,813 trees or 1.2 Wenxin Forest Parks.

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Content: It has been more than two years since the city implemented the “Measures to Encourage the Installation and Feedback of Liveable Building Facilities ”, and as of July this year, a total of 88 applications have been approved and 63 have been approved.
Taichung Metropolitan Bureau of Development Huang Wenbin said today that the construction base generated a total of 56,831.81 tons of carbon sequestration, an increase of 1,813 trees, with Wenxin Forest Park accounting for about 1,500 trees, which is equivalent to the creation of 1.2 Wenxin Forest Park.
The Taichung City Government has implemented the “Measures for Encouraging the Establishment and Feedback of Liveable Building Facilities in Taichung City ” to encourage builders to set up“ Vertical Greening ” and “Vertical Neighborhood Space ” and other liveable building facilities.
For the flexibility of the design of the multi-storey terrace in the neighborhood, at least a certain scale of community common space, close the relationship between the residents of the community, and also regulate the planting of trees of a certain size and suitable for growth and management and maintenance of the space, to confirm that it can grow thick and increase the proportion of urban greening.
As of the end of July this year, there have been a total of 88 applications, 63 have been approved, and the construction base has generated a total of 56,831.81 tons of carbon sequestration. A total of 1,813 trees have been added. Take Wenxin Forest Park, which has about 1,500 trees, for example, to create 1.2 Wenxin Forest Park. The amount of carbon sequestration is equivalent to adding more than 90 small community neighborhood parks, which not only beautify the urban environment but also improve the quality of the living environment.
According to the Taichung Metropolitan Development Bureau, urban greening can alleviate the heat island effect in the city, and can also help to adsorb pollutants in the air and reduce PM2.5.
# Wenxin Forest Park # Qiaomu # Liveable Building # Encouragement # 63

Green buildings can save 50% of energy and 60% of water, reducing 80% of waste and 45% of carbon dioxide emissions.

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Content: People 's Network > > International
Many countries actively explore the promotion of green building (international perspective)
Our reporter Guan Kejiang Xu Hailin Xie Jianning
April 19, 2023 06: 02 | Source: People's Daily - People's Daily
Small number
According to the World Green Building Council, the construction industry's carbon emissions account for about 40% of global carbon emissions, through the promotion of green buildings can save 50% of energy, 60% of water resources, reduce 80% of waste generation, 45% of carbon dioxide emissions.
In recent years, some countries have actively promoted green buildings, and promoted more buildings to achieve energy conservation and carbon reduction by creating green communities, improving building energy efficiency, and strict certification standards.
United Arab Emirates —
Building a Green and Harmonious Community
Walking into Dubai Sustainable City, there is a leisurely pastoral scene in front of you: ducks playing in the water by the pond, children riding bicycles and playing, and many people in the distance gather on the grass … Sustainable City was put into operation in 2015, and is one of the earliest communities in the Middle East to propose and achieve green development.
The community covers an area of 46 hectares, in an irregular rectangle, and is divided into three blocks from the outside to the inside.
The outermost circle is sheltered forest and canopy track, bicycle lane; inside is the commercial area and residential area.
The business district is also a leisure plaza, with many restaurants, laundry, bicycle repair shops and so on.
The 500 villas in the residential area are divided into five units, separated by the carport, cars can only be parked in the carport, not into the community.
In addition, there are schools, equestrian clubs, resident gardens and rehabilitation centers, and the middle green zone runs through the community from west to east, with constructed wetlands, ponds, swimming pools, and 11 domed greenhouses to grow a variety of vegetables for the residents in need.
Photovoltaic panels are installed on the roofs of all buildings in the Sustainable City, which can meet the electricity needs of 3,000 people in the entire community.
The road between residents' houses is specially designed to form an air duct, which can effectively reduce the temperature in the community in summer.
The community encourages low-carbon living. In 2021, residents spend about 60% of the Dubai average on water, and 80% of household waste is recycled and reused.
In 2022, Sustainable City was named the “Happiest Community ” in the Bay Area by Dubai Land Authority.
Hardir Ahmed, head of public relations at developer Diamond Development, said polls showed that the highest rating was the ban on cars entering the community.
Many parents say that this way they can safely let their children play in the community and help maintain the air quality in the community.
This initiative has also brought neighbourhoods closer, with people in the community walking, cycling, riding a shared battery car and other ways to travel, meet each other every day, and have more communication.
Sustainable City is now one of the most popular neighbourhoods in Dubai, with residential and business districts fully staffed.
On the basis of this model, she and her partners have developed three more communities in Sharjah, Abu Dhabi and Oman.
The first phase of the Abu Dhabi project was delivered not long ago and sold out within half an hour.
She said: “This shows that green buildings and sustainable living are increasingly popular.
We also want to use this business model to demonstrate that sustainable living is technically feasible, economically cost-effective and more responsive to the needs of the population in terms of social integration. "
Spain — —
Support for energy saving renovation of houses
In the Asturias region of northern Spain, there is a mountain hut built like a "building block".
The components of the house were produced by a factory in Madrid in four months and then "assembled" in just five hours.
The house shape borrows from the traditional Spanish barn style to ensure the uniqueness of the building and its adaptability to the environment, and the modular house components also minimize environmental pollution such as construction noise and waste.
Spain's unique geographical location, the history of the convergence of a variety of civilizations, the birth of Gaudí, Mirales, Calatrava and other world-renowned architects, different areas of architecture have their own characteristics.
In recent years, the Spanish architectural community has placed increasing emphasis on the application of sustainable concepts to architectural design and construction, and has introduced many green buildings that are both artistic and sustainable.
According to Spanish media reports, many buildings in the country have obtained international green building certification, ranking in the top ten in the world.
In Barcelona, Spain ’ s second largest city, known for its Gaudi architecture, there is a six-story building called “The Wall Garden ”, which adds a rich touch of green to the urban space. The“ Wall Garden ” was born from the side wall of a demolished building and has been transformed for a variety of greenery.
The steel platform of its exterior wall is connected to the internal staircase and is equipped with irrigation and fertilization systems that can be controlled through a mobile phone app.
After the irrigation water from the upper platform is absorbed by the plants, the excess water will flow to the next platform.
The bird house built into the garden platform provides a habitat for wild animals such as birds.
This small building helps regulate the temperature, purify the air, and reduce the energy cost of the residents around the building, which has become a well-known "punch point" in the local area.
The Spanish government has allocated 6.8 billion euros from the recovery fund of the "Next Generation EU" program to support energy-saving renovation of buildings.
The government plans to complete the sustainable renovation of 500,000 homes by 2026 to improve the energy efficiency of these buildings.
According to Kay Kilman, European head of the US Green Building Council, Spain is growing rapidly in the field of green building. “We look forward to working with countries like Spain to find innovative ways to build better communities for a sustainable future. ”
Mexico — —
Regulate green building certification standards
Mexico has an average of 5.5 hours of direct sunlight per day, making it one of the most sunny countries in the world.
In recent years, Mexico has actively promoted green buildings and made full use of natural resources such as solar energy to save energy.
According to data from data analysis and consulting firm Global Data, the number of green building projects in Mexico has increased rapidly.
Located on Reforma Avenue in the heart of Mexico City, in order to maximize the use of natural light, the interior of the building uses open office space, most of the windows extend from the floor to the ceiling, through the use of special glass materials, both increase natural light and reduce heat transfer, to keep the interior cool.
The building is equipped with an intelligent lighting system that can adjust the use of indoor fluorescent lamps according to the amount of sunlight entering the building.
The building also collects and treats rainwater and waste water through a special water treatment system for flush toilets, coolers, greenfield irrigation, etc., which can reduce water consumption by 75%.
“We want this building project to be a model for the greening of the community and to encourage all parties to provide more incentives for the development of green buildings, ” said Javier Presas, the building ’ s design project manager.
In 2015, Mexico committed to the United Nations to reduce greenhouse gas emissions by 36% by 2030 by encouraging the construction of sustainable buildings and promoting the use of solar panels, heaters, etc., to better combat climate change.
To this end, Mexico is constantly improving regulations, stipulating green building certification standards and minimum environmental requirements, and elaborating regulations on building energy efficiency. In 2021, Mexico City ’ s environmental department released a new green building certification program aimed at improving sustainability standards during building design, construction and operation, and promoting efficient use of resources.
The Mexican National Housing Commission has also created different incentive schemes to subsidize the purchase of green housing.
The Mexican state of Yucatán is the first to sign a net-zero construction commitment, which aims to achieve zero emissions from some buildings by 2030 and net-zero emissions from all buildings in the state by 2050.
Mexico City offers property tax relief for buildings with green roofs and solar hot water systems.
More and more building developers are adopting green building certification systems in the early stages of building construction to reduce energy consumption, water consumption and building materials energy consumption through optimized design.
“The number of green building projects in Mexico is growing by 25% every year, ” said Cesar Trevino, managing director of Biobuilding and Alternative Energy Mexico. In the face of climate and health challenges, it is important to continuously optimize buildings and interior spaces to improve the human environment.
(Dubai, Madrid, Mexico City)
People 's Daily (April 19, 2023, 15 edition)
(Editor: Zhao Xinyue, Yue Hongbin)
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Singapore's high-rise green space has doubled to 155 hectares in 10 years, reducing building surface temperature by up to 6 degrees Celsius.

Green plants under solar panels and vertical gardens can improve efficiency and reduce energy costs.

Vertical gardens in urban buildings offer economic benefits, including energy savings and increased property value, making them a valuable investment.

Vertical gardens provide natural insulation and can be integrated with glass and steel.

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Content: LIFE ・ Classic ／ The concept of wreath architecture on the New York skyline comes from the “terraces ” of Asia
Courtesy of Lilly Tower.
(Courtesy of Studio Vural)
Journalist Tsai Wai-ju / Comprehensive Report
The skyline of Manhattan will take on a new look, a Gothic tower building dating back to 1923, will become an arc skyscraper, more specifically the appearance of the building is covered with vegetation, but they are not only decorative, there is no fear of tall gardeners to update the plant regularly, it is a vertical garden outside the building, and the concept is from the Asian terraced system.
Studio Vural, who conceived the “Lilly tower, ” says the shape of the building is like a terraced field in some parts of Asia, one of the most extreme examples of the use of land, where every inch of fertile soil is important, and the skyscraper next to Bryant Park in Midtown Manhattan is expected to bring a hint of green to the sky.
The Lilly building will be made of three layers of glass and partially covered with vegetation. The planting system will be made of light concrete supported by steel frames. It is a plant that can grow well in both soil and acidity. It will wither the plant if it is well drained.
The flowers are red, yellow, and orange, meaning that in the spring New York will see a field of flowers in skyscrapers, and may be very appetizing to urban gardeners, who are now more and more in the city.
However, combining the building with plants is not only a beautiful function, in addition to beautiful flower fields and contributing to the good urban air, it is also a low-energy design, natural insulation can allow the building to reduce the internal consumption of the climate, in addition, Lilly Building is also a passive building, using a small amount of energy to maintain a comfortable internal environment.
The heat of the sun will flow through the large glass, and the fresh air will enter through the open windows of the residential section.
Heating and cooling will be provided by the geothermal system, the heat exchanger helps to minimize energy loss, and the plants on the outer walls provide heat preservation and insulation. According to the design, the building has 21 floors for commercial space and 18 floors for residential use.
In any case, we all welcome the emergence of more energy-efficient, sustainable skyscrapers, not to mention lilies in the spring, and beautiful greenery in other seasons to breathe for the people of the city.
Key words:
LIFE, Classic, Architecture, Passive Architecture
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The Lilly Building features a planting system on its outer walls, providing heat preservation and insulation.

Title:

Content: LIFE ・ Classic ／ The concept of wreath architecture on the New York skyline comes from the “terraces ” of Asia
Courtesy of Lilly Tower.
(Courtesy of Studio Vural)
Journalist Tsai Wai-ju / Comprehensive Report
The skyline of Manhattan will take on a new look, a Gothic tower building dating back to 1923, will become an arc skyscraper, more specifically the appearance of the building is covered with vegetation, but they are not only decorative, there is no fear of tall gardeners to update the plant regularly, it is a vertical garden outside the building, and the concept is from the Asian terraced system.
Studio Vural, who conceived the “Lilly tower, ” says the shape of the building is like a terraced field in some parts of Asia, one of the most extreme examples of the use of land, where every inch of fertile soil is important, and the skyscraper next to Bryant Park in Midtown Manhattan is expected to bring a hint of green to the sky.
The Lilly building will be made of three layers of glass and partially covered with vegetation. The planting system will be made of light concrete supported by steel frames. It is a plant that can grow well in both soil and acidity. It will wither the plant if it is well drained.
The flowers are red, yellow, and orange, meaning that in the spring New York will see a field of flowers in skyscrapers, and may be very appetizing to urban gardeners, who are now more and more in the city.
However, combining the building with plants is not only a beautiful function, in addition to beautiful flower fields and contributing to the good urban air, it is also a low-energy design, natural insulation can allow the building to reduce the internal consumption of the climate, in addition, Lilly Building is also a passive building, using a small amount of energy to maintain a comfortable internal environment.
The heat of the sun will flow through the large glass, and the fresh air will enter through the open windows of the residential section.
Heating and cooling will be provided by the geothermal system, the heat exchanger helps to minimize energy loss, and the plants on the outer walls provide heat preservation and insulation. According to the design, the building has 21 floors for commercial space and 18 floors for residential use.
In any case, we all welcome the emergence of more energy-efficient, sustainable skyscrapers, not to mention lilies in the spring, and beautiful greenery in other seasons to breathe for the people of the city.
Key words:
LIFE, Classic, Architecture, Passive Architecture
Share with friends:
※ This article is copyrighted and cannot be reproduced without permission. [ETtoday Copyright Notice]
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Trudo Vertical Forest incorporates greenery, solar panels, and rainwater harvesting for environmental protection and sustainability.

Title:

Content: LIFESTYLE Lifestyle
Nederland ’ s “Vertical Forest ” social housing combines environmental protection and aesthetics to enhance the quality of life
by Cecilia
/ 2021.10.17
Housing problems, land problems, property slavery, and high property prices have all become symbols of Hong Kong, and it is common for overseas places to have high-quality public housing or social housing, and in the Netherlands, Einhaven has just completed a "vertical forest" social housing covered with plants, which combines greenery, environmental protection and aesthetics.
Photo by Stefano Boeri Architetti
Designed by Italian architecture studio Stefano Boeri Architetti, the social house in Yanhaofen, Netherlands, known as the Trudo Vertical Forest, is 18 stories high and 70 meters tall and has 125 units. The balcony protruding between each unit has different width, height and depth.
Low-income people and young people starting families can improve living conditions even for citizens who can ’ t afford private housing, and apply the concept of urban afforestation as a possibility to improve the urban environment and cope with climate change.
Photo by Stefano Boeri Architetti
Trudo Vertical Forest uses white as the main color overall, and is surrounded by solar reflective glass bars, the planting balcony is equipped with sensors to monitor the hydration and nutrient levels of the soil, even the novice planting do not have to worry.
Don ’ t underestimate the amount of plants in a single building that can absorb more than 50 tons of carbon dioxide and emit more than 13 tons of oxygen each year. It makes sense to call it a “vertical forest ”.
Solar panels on the roof provide some of the energy consumed by the building, while reservoirs and rainwater harvesting systems are installed to irrigate the plants.
Photo by Stefano Boeri Architetti
In terms of indoor environment, each 50 square meters (about 538 square feet) unit can be reconfigured according to people, and the floor height is at least 3.5 meters. Although foreigners are relatively tall, they are also full of space.
Each unit has its own balcony, each with a tree and 20 shrubs.
The design takes into account the doubling of the weight and size of each plant ’ s life cycle, and there is a dedicated gardener to take care of it, who does not enter the house, but hangs down outside the building to maintain and trim the plants.
This is not the first time that the concept of “vertical forest ” has been heard, and it has been implemented around the world. However, this time, as a social housing, it is also a big attraction, and I hope to see it in Hong Kong one day.
Photo by Stefano Boeri Architetti

Trudo Vertical Forest absorbs 50 tons of CO2 and emits 13 tons of oxygen annually.

Title:

Content: LIFESTYLE Lifestyle
Nederland ’ s “Vertical Forest ” social housing combines environmental protection and aesthetics to enhance the quality of life
by Cecilia
/ 2021.10.17
Housing problems, land problems, property slavery, and high property prices have all become symbols of Hong Kong, and it is common for overseas places to have high-quality public housing or social housing, and in the Netherlands, Einhaven has just completed a "vertical forest" social housing covered with plants, which combines greenery, environmental protection and aesthetics.
Photo by Stefano Boeri Architetti
Designed by Italian architecture studio Stefano Boeri Architetti, the social house in Yanhaofen, Netherlands, known as the Trudo Vertical Forest, is 18 stories high and 70 meters tall and has 125 units. The balcony protruding between each unit has different width, height and depth.
Low-income people and young people starting families can improve living conditions even for citizens who can ’ t afford private housing, and apply the concept of urban afforestation as a possibility to improve the urban environment and cope with climate change.
Photo by Stefano Boeri Architetti
Trudo Vertical Forest uses white as the main color overall, and is surrounded by solar reflective glass bars, the planting balcony is equipped with sensors to monitor the hydration and nutrient levels of the soil, even the novice planting do not have to worry.
Don ’ t underestimate the amount of plants in a single building that can absorb more than 50 tons of carbon dioxide and emit more than 13 tons of oxygen each year. It makes sense to call it a “vertical forest ”.
Solar panels on the roof provide some of the energy consumed by the building, while reservoirs and rainwater harvesting systems are installed to irrigate the plants.
Photo by Stefano Boeri Architetti
In terms of indoor environment, each 50 square meters (about 538 square feet) unit can be reconfigured according to people, and the floor height is at least 3.5 meters. Although foreigners are relatively tall, they are also full of space.
Each unit has its own balcony, each with a tree and 20 shrubs.
The design takes into account the doubling of the weight and size of each plant ’ s life cycle, and there is a dedicated gardener to take care of it, who does not enter the house, but hangs down outside the building to maintain and trim the plants.
This is not the first time that the concept of “vertical forest ” has been heard, and it has been implemented around the world. However, this time, as a social housing, it is also a big attraction, and I hope to see it in Hong Kong one day.
Photo by Stefano Boeri Architetti

Green roofs reduce stormwater run-off, improve air quality, provide cooling, and increase biodiversity.

Title:

Content: How to turn a roof into a garden – successfully

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How to turn a roof into a garden – successfully

By Megan Backhouse

To look at Andy Beales digging up Jerusalem artichokes and weeding around kale you wouldn’t think he was pushing boundaries. Like any sensible food grower he is shredding garden waste to speed up his composting and laying down straw to encourage worms. His shovel and wheelbarrow sit at the ready. But here’s the thing that I haven’t yet mentioned: he is on a roof – the roof of a suburban shopping centre, no less.

“It’s not like a normal farm where you can just whack in a star picket to make a climbing frame for your tomatoes,” Beales says. “If you want to bring in a cubic metre of compost, you’ve first got to think about the capacity of your goods lift.”

A normal farm this Burwood Brickworks rooftop might not be but it is a sign of what farms might yet become. As for what public parks might become, look no further than the manicured shrubs and timber day beds nestled in the sky between office towers in Collins Street. At the “Skypark”, the lawn is so green and so perfectly uniform that, when I visited this week, I had to touch it to check it was real.

Both these green roofs are mentioned in the new Maintenance Guidelines For Australian Green Roofs, which refocus our attention on an age-old idea that, after about a decade of active research, is starting to get a new foothold in Melbourne.

In the face of climate change, the biodiversity emergency and increasing urban density, green roofs can help make cities less destructive and more climate-resilient. They are cooling and biodiversity increasing. They reduce stormwater run-off, improve air quality and provide people with the pure pleasure of vegetation.

But only if they are well managed. Ignore them and they are doomed to failure. You might say this is true of every garden. But it is especially the case with landscapes on roofs, where almost nothing comes about by chance.

Green roofs are engineered “systems” with specially designed waterproofing, protection and drainage layers. The plants are growing in carefully concocted substrates applied at specific depths. The plants themselves are chosen to ensure they can cope with conditions off the ground.

The new maintenance guidelines, written by the University of Melbourne’s John Rayner, Elspeth Lumsden and Rachael Bathgate, detail how to manage all this in the local climate.

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They discuss the need for safe access, for ensuring all the different green roof layers remain intact and for managing effective irrigation and drainage. They emphasise the importance of understanding how plants – including weeds – behave differently on roofs compared to the ground.

Some of this is as simple as maintaining adequate substrate depth and not using hand tools with sharp points or edges that might pierce underlying layers. Some things – like cutting back plants that start to overly dominate – are similar to what you would do on the ground. But other tasks, such as removing woody weeds that develop potentially damaging taproots, can take on new urgency.

The key is to nail down how you will tend the roof from when it is first being designed, and then to stick to the schedule and also monitor the space regularly. While the guidelines, which can be downloaded for free, are largely aimed at those in planning, design, maintenance and management roles, they are relevant for anyone thinking about installing vegetation on the roof of their own home.

Although there have always been enthusiasts like Brod Street, who, about a decade ago conducted his own research and installed a beguiling grassland on top of his 1890s Hawthorn brick cottage – then added a successful “wetland” in 2019 and then a high-yielding vegetable patch on top of his backyard shed in January this year – there are lots of potential pitfalls for the uninitiated.

Even for the experienced some green roofs are easier to manage than others. The guidelines detail how much more care is required for the sort of productive roof currently being tended by Beales at the Burwood Brickworks, for example, compared with a lightweight, restricted-access one predominantly composed of low-growing succulents. To guarantee success, it’s crucial to tailor the maintenance plan to the site.

“There have been some really sad disasters around Melbourne,” Rayner says. “I am a fan of green roofs but I am a fan of successful green roofs. There is no point installing these things if they are not going to be sustained successfully. These are living landscapes that need maintenance planned into their design and management.”

Maintenance Guidelines For Australian Green Roofs can be downloaded for free from girg.science.unimelb.edu.au.

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Green roofs require special waterproofing, drainage, access, and irrigation to ensure successful maintenance.

The Singapore pavilion features green architecture, rainwater management, and climbing robots that monitor plant health and environmental data.

Title:

Content: Expo 2020 Dubai

Expo 2020 Dubai: Singapore pavilion integrates nature within urban environments

WAM/Abu Dhabi
Filed on August 26, 2021
Source: Expo 2020 website

Green architecture to embody ethos of sustainable development

The Singapore pavilion at Expo 2020 Dubai puts green architecture at the forefront to help visitors appreciate the benefits and possibilities of integrating nature within our urban environments.

Layered with a showcase of greenery, digital solutions and art, the pavilion exemplifies Singapore's vision of becoming a City in Nature, and ethos of sustainable development via innovative and impactful urban solutions.

Yap Lay Bee, Deputy Commissioner-General of the Singapore pavilion and Group Director, Architecture & Urban Design Group at the Urban Redevelopment Authority, said, "The Singapore Pavilion demonstrates the potential to push the envelope to integrate nature, architecture and technology through various design strategies and digital elements.

"We wish to invite visitors to contemplate their relationship with nature as they explore the pavilion's green, digital ecosystem and its artistic representation of the pavilion's integrated system of greenery, water and energy management. In doing so, visitors will be able to appreciate the challenges in realising the Singapore pavilion, and the ways we can co-exist with our natural and built environment, where both people and ecologies are cared for."

The pavilion takes into account the local environment within its Rainforest Cone and the Flower Cone areas to sustain rainforest plants. The growth of the multitude of plant varieties despite the ground conditions demonstrates the possibility for such lush landscapes to thrive in different environments around the world while using renewable resources.

The pavilion also capitalises on technology to augment bold landscaping design. Caring for the varieties of plants within the pavilion is no easy feat, especially those on the curved green walls of the pavilion's iconic cones. To address this challenge, three prototype climbing robots will traverse the green walls around the Flower Cone to inspect the health of the plants, as well as to collect environmental data to monitor the performance of the pavilion's systems.

Visitors are invited to participate in a generative artwork at the Galleria that allows them to visualise the performance of the pavilion's integrated ecosystem and how it impacts the environment. The customised planting palette and innovative technological applications used in water and energy management are design strategies that enable the Singapore pavilion to achieve its net-zero energy target.

Preparations for the Singapore pavilion are at the final phase. Landscaping works have wrapped up and finishing touches are being made to the digital exhibits ahead of its opening on 1st October 2021. Various elements of the Singapore pavilion experience will also be presented on online platforms, given the current travel restrictions and safe management measures.

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Tao Zhu Yin Yuan combines a vertical forest with sustainable features, absorbing over 100 tons of carbon annually.

The Terra Pavilion features green areas, a greywater recycling system, and 18 "energy trees" with 2,160 solar panels, reducing water use by 75 percent.

Title:

Content: 00: 00
Expo 2020 Dubai Today
Terra is an urban heritage and science centre at District 2020
Designed to enable Expo 2020 Dubai visitors to understand and improve their environmental footprint, the Terra Sustainability Pavilion is one of the Expo ’ s signature experiences, taking visitors on an immersive and engaging journey through the natural wonders of the world and inspiring them to create a better, more sustainable future.
The pavilion is a model for sustainable building design. Built as a legacy, the pavilion will become a science hub within the futuristic city District 2020, a futuristic global community that relies on the latest innovations and science to create a more sustainable, safer and healthier environment for living and working.
The pavilion is designed to meet the criteria of LEED Platinum for Leadership in Sustainable Building Design and Energy Efficiency for Green Buildings – the highest certification available for sustainable architecture.
The pavilion ’ s cultivated areas are equipped with innovative irrigation technologies including a “greywater ” recycling system as well as being covered with green areas planted with native plants with the aim of reducing water use by 75 percent.
The pavilion also has an advanced technology called the "water tree", where it can extract water from the humidity of the atmosphere, and the place also includes 18 "energy trees", which consist of 2,160 solar panels that move in conjunction with the daily rhythm of the sun's movement similar in its work to the sunflower flower.
The total number of solar panels in the Terra Sustainability Pavilion is 4,912 high-specification solar panels.
The pavilion is partially below ground level, which means it is generally cooler than the surrounding areas and is equipped with a sunshade, as well as using solar energy to sterilize water and remove micropollutants.
Mona Al Ali, Senior Manager, Sustainability Pavilion Expo 2020 Dubai, said: “Terra is one of the most important pavilions in Expo 2020, through which we address the issue of sustainability, which is a very big and important topic, but in an unconventional way, where I rely on creating sensory and theatrical experiences to raise this topic. We as humans have had an impact on nature, but in the end the visitor ’ s journey ends with a positive note and he sees how we can change the current situation, where we can save the planet for ourselves and for future generations if we take on the subject of sustainability. ”
She explained that the design of the pavilion was done by Grimshaw Architects, which is one of the pioneers of sustainable design.
She pointed out that the pavilion is covered with solar panels that produce more than 4 GWh of electricity annually and this amount is enough to drive the electric car "Nissan LEAF" half the distance from the planet Earth to Mars. She added that the design of the pavilion was to achieve self-sufficiency in terms of energy and water. She pointed out that the experience that the pavilion aims to deliver to its visitors is an exceptional experience to create experiences that emulate every member of the community, from young children who are still learning about sustainability to engineers and technology specialists specialized in the field of sustainability.
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Dubai Sustainable City uses solar panels, reduces carbon footprint by 75%, and features a surrounding green belt to minimize air pollution.

Title:

Content: Saturday, 30 March 2024 02: 58 GMT
Dubai Sustainable City is an integrated and environmentally friendly community
(MENAFN- Al-Bayan)
The Sustainable City of Dubai is an integrated and environmentally friendly community, with its environmental benefits that promote social, economic and environmental sustainability, to provide its residents with a healthy, sustainable and low carbon life.
It is a model for the concept of sustainability and the future of cities.
The city has been developed in Dubailand and includes a range of initiatives to ensure conservation of resources, including the design of homes to ensure energy efficiency, and the use of environmentally friendly building materials, supporting the country ’ s leadership in achieving climate neutrality.
Clean energy
Housing in Madinah depends on its clean energy output. An integrated approach is taken to treat sewage and household waste and the use of organic cleaning materials and green products. The project is surrounded by a green belt of 30 meters wide, forming an important environmental habitat for birds and reptiles, which helps reduce air pollution and noise, and encourages the city ’ s design to walk, cycle and rely on environmentally friendly electric vehicles....
Green facilities
The sustainable city extends over an area of 5 million square feet, and there is a full range of green and environmentally friendly residential services and facilities provided by the city, embodying the concept of sustainable living. All residences in the city use clean energy produced from solar panels, where they are installed on the facades and roofs of villas, buildings and car parks, which have fully succeeded in generating energy according to the needs of its residents.
The city features a range of efficient design features, including the use of environmentally friendly and heat-insulating building materials, UV reflective paint, energy-efficient air conditioners, LED lighting, and solar heaters to produce hot water. The sustainable city reduces per capita carbon footprint by 75% compared to traditional housing.
The sustainable city ’ s water strategy includes devices and equipment to save, treat and reuse water in the irrigation of green spaces, and the city adopts a method of sorting waste 100% from the source.
Waste sorting bins are available inside homes and at each housing group to encourage residents to sort from the source. Electric vehicles collect and transport waste for recycling and circulation. Green waste is composted and used in landscaping, while other types of waste are collected and treated separately.
ENVIRONMENTAL DIVERSITY
The city is committed to promoting biodiversity and avoiding or limiting the use of toxic chemicals in pest and weed control.
The city uses advanced sensor technologies capable of detecting and controlling red palm weevil infections, and reduced reliance on chemicals helps protect bee populations, butterflies and other pollinating insects.
To monitor biodiversity in a sustainable city, the Community-wide Biodiversity Assessment Program was launched through the deployment of dedicated monitoring equipment to measure the impact of urban ecology on biodiversity and ecosystem health.
The UAE has strengthened the concepts of sustainability to make it a community culture that enjoys the support of the wise leadership, especially with the extension of the “Year of Sustainability ” initiative to include 2024, with the aim of building on the success achieved during the past year. These concepts are in line with the spirit and essence of the holy month, which calls for avoiding waste, as confirmed by the principles of the true Islamic religion. The next generation.
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Rainwater harvesting systems can reduce household water consumption by up to 50% and integrate with other sustainable technologies.

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Content: Connect with us

Features

8 Technologies That Can Help Make Your Home Green

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You will want to be aware of the latest green technologies that can make your home eco-friendlier. Here is what you need to know.

Technologies that Are Helping Consumers Make Their Homes Greener than Ever

The coronavirus pandemic has led many of us to reassess our lifestyles and priorities. A 2020 global survey by management consultancy firm, Accenture, found that 60% of respondents said they are making more environmentally friendly purchases since the pandemic began.

Are you keen to make your home greener? Perhaps you’re looking to add value to your property before putting it on the market? Whatever your motivation for boosting your home’s green status, these top eco technologies will do the trick!

1. Tankless Water Heaters

Also known as “demand-type” or “instantaneous” water heaters, tankless heaters are much more environmentally friendly than their traditional counterparts because they only provide hot water when it is needed. There is no energy lost while the heater remains on standby — as there is with storage heaters, for example.

Tankless water heaters heat water when a hot water tap is turned on. This makes them more energy-efficient, cheaper to run and more convenient than a system that relies on a storage tank. They also last longer than a tanked heater. However, you will need to make a fairly hefty upfront investment to buy a tankless heater and have it professionally installed.

2. A Rainwater Harvesting System

Take advantage of our rainy British weather by installing a rainwater harvesting system to reduce your household water consumption by up to 50%.

Rainwater is collected from the roof — where it would otherwise flow from and go down the drain — and re-used in the home and garden. Your home will be more sustainable and cheaper to run.

3. Solar Panels

Adding solar panels to the roof of your home can significantly reduce your electricity bills. The panels absorb the sun’s energy which can then be used to power your home.

As part of the government’s plans to decarbonise all sectors of the UK economy and become net zero by 2050, it is introducing a growing number of schemes to encourage people to adopt greener lifestyles. The government-backed Smart Export Guarantee (SEG) was launched on 1 January 2020 and allows homeowners to sell any unused renewable energy they have generated back to the National Grid. This makes solar panels a sustainable and cost-effective home improvement. And the updated Energy Company Obligation (ECO4) will give homeowners a greater chance to access grants for eco improvements to their homes, such as installing solar panels.

4. Smart Technologies

Most smart devices, including TVs, kitchen appliances and music systems, can turn themselves off when not in use, making them much more energy-efficient than traditional, non-automated devices.

Smart tech is now readily available and affordable, so add this to your home for a quick and easy solution to poor energy efficiency. The coronavirus pandemic has led to a huge rise in demand for smarter homes. By adding tech to your property, you could significantly boost the house sale price.

5. A Dual-Flush Toilet

Flushing the toilet accounts for about 30% of the total water used in a home. Dual-flush toilets allow a user the choice of how much water to use. A traditional flush toilet typically uses 13 litres per flush, whereas a dual-flush system uses just four to six litres.

This more modern type of toilet may cost a little more, but it will make your house greener and save you money on your monthly water bill.

6. Green Heating

There are now several ways to heat your home in a more eco-friendly way that will also save you money. Install ground-source heat pumps to extract heat from the ground or add air-source heat pumps to take heat from the air outside. A biomass boiler is a carbon-neutral alternative to a standard boiler because it uses organic material instead of gas or oil.

7. Environmentally-Friendly Paint

Regular paint is full of chemicals — that’s why it has such a potent odor. Eco-friendly paint contains no volatile organic compounds (VOCs) and will have little odor.

“Green” paint should also be manufactured in a way that has the smallest environmental impact possible. When selecting eco-friendly paint, consider the company’s carbon footprint. It will also help boost your home’s value, since it will make the property more appealing to green homeowners.

8. Eco-Friendly Flooring

Okay, this may not be a green “technology” per se, but adding eco-friendly flooring is a great way to make your home more sustainable. Cork or bamboo flooring are good choices. Cork is renewable, lightweight and versatile. Bamboo is renewable, anti-bacterial, water-resistant and extremely durable. Both of these materials are typically more affordable than hardwood flooring.

Invest in the Right Green Technology to Make Your Home Eco-Friendly

Investing in green technologies for your home will not only reduce your carbon footprint and slash your energy bills but could also add value. It’s also worth keeping an eye out for new government initiatives, as there are a growing number of schemes to help people live more sustainably.

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Yangming Marine's green roof in Taipei saves nearly 3,960 kWh of electricity annually through heat insulation and energy saving functions.

Title:

Content: In response to the United Nations Sustainable Development Goals and the 2050 net-zero carbon emission policy, Yangming Marine has actively promoted ESG related measures for environmental sustainability. Since the fourth quarter of 2023, it has taken the lead in using green power in its onshore offices.
At the same time, in order to advocate the SDG11 sustainable cities and villages and the SDG13 climate action concept, Yangming Marine has built an "ecological green roof" with green ecology, heat insulation and energy saving functions on the roof of its own office building in Taipei, and officially opened on the 10th of this month.
The impact of global warming on the environment is increasingly serious, and the heat island effect caused by urban cement jungles threatens the living environment. Yangming Maritime Transport actively responds to the issue of climate change. Through the green design concept, it has built an "ecological green roof" in its own office building in Taipei, equipped with a perfect energy cycle and green ecological planning. It is estimated that nearly 3,960 kWh of electricity will be saved annually through the generation of solar photovoltaic systems.
Through the construction of the roof farm, perennial vines and other plants are planted to increase the green coverage of the roof, and a variety of plants are planted with the Edible Landscaping concept, including edible vanilla area, 500 Fukuyama lettuce plants, 76 cabbage plants, 200 Hiroshima plants and 4 hydroponic bananas. While conserving energy, reducing carbon and beautifying the cityscape, we also build artificial bird houses. We hope that this small green space in the city can allow birds to breed, feed and live in peace, create a natural and bio-friendly environment, bring farming experience, knowledge and natural ecology into the city life, and become an ecological place where employees can relax and relax while working. G8 The concept of employment and economic growth provides a safe and comfortable working environment for employees.
Through the gradual introduction of green power and green design, Yangming Ocean Shipping starts from operating sites to reduce energy consumption and emissions, and hopes to gradually implement the vision of environmental sustainability!
# Green Power # Peace of Mind # System # Ecology # Yangming Shipping

Cloud 11 building features solar panels, rainwater harvesting, and green gardens on each floor for air filtration and temperature reduction.

Title:

Content: LIFESTYLE Lifestyle
Innovative, eco-friendly and innovative building in Bangkok, Thailand is a sustainable landmark building for the future.
by Cecilia
/ 2023.02.25
More and more people are paying attention to environmental issues, and the concept of sustainability has become an important issue in the construction industry today, and they have begun to explore sustainable architectural design with the aim of creating more green, healthy and humane works.
A leading international architectural design company, based in Oslo, Norway, is the latest project to design a 250,000-square-meter mixed-use building for an innovation park in Bangkok, Thailand. The scale means that it will not only be a building, but will become the future landmark of the Thai capital, providing a large green public space and space for art and innovation enterprises.
Photo by Snøhetta
Cloud 11 is an innovative building showcasing the concept of sustainability, with a green garden on each floor that filters air and absorbs carbon dioxide while naturally reducing indoor temperature, heat and energy consumption.
The building has multiple common spaces that can be used by the residents of the city, such as restaurants, lounges and observation decks.
These spaces will become a new gathering place for the city, facilitating people-to-people interaction and communication.
At the same time, these public spaces are expected to attract more tourists and promote the development of the city.
The building also features a number of sustainable design features, such as solar panels, rainwater harvesting systems and the use of recyclable materials, which effectively reduce energy and resource waste while improving the building ’ s sustainability.
Photo by Snøhetta
Just as environmental and sustainability issues are becoming more and more important, this trend is believed to continue in the future, and the success of this construction project reflects the importance and possibilities of sustainability in modern buildings. Cloud 11 ’ s unique look is designed to reflect the capabilities of its data center: providing high-performance data storage and processing capabilities to meet the growing demands of digitalization.
The exterior shows that this is a virtual space with infinite possibilities and occupies a representative position in the real world. Despite the challenging construction process, including many technical and engineering difficulties, the architects have adopted innovative design and construction methods to ensure that the building can be perfectly realized, using a variety of materials including glass, metal and concrete to create a stunning and modern building, which is now under construction. It is expected to be completed in 2024.
+ 2
Snøhetta is an architecture studio specialising in sustainable design. It also has recent projects in Hong Kong showcasing its experience in creating practical and sustainable buildings.
The “Airside ” project at Hong Kong International Airport is designed to provide an efficient cargo handling system based on the dynamics, flow and continuity of air cargo, using simple geometric shapes and modern materials such as aluminum, glass and stainless steel to create a beautiful and practical building.
The freight center also considers environmental sustainability, and has a variety of environmentally friendly facilities, including solar power systems, rainwater collection systems and air conditioning systems, to reduce consumption and improve the efficiency of the building.
Airside (Photo by Snøhetta)

Combining vertical gardens with other sustainable technologies can create comprehensive solutions that reduce energy consumption and promote environmental sustainability.

Title:

Content: LIFE ・ Classic ／ The concept of wreath architecture on the New York skyline comes from the “terraces ” of Asia
Courtesy of Lilly Tower.
(Courtesy of Studio Vural)
Journalist Tsai Wai-ju / Comprehensive Report
The skyline of Manhattan will take on a new look, a Gothic tower building dating back to 1923, will become an arc skyscraper, more specifically the appearance of the building is covered with vegetation, but they are not only decorative, there is no fear of tall gardeners to update the plant regularly, it is a vertical garden outside the building, and the concept is from the Asian terraced system.
Studio Vural, who conceived the “Lilly tower, ” says the shape of the building is like a terraced field in some parts of Asia, one of the most extreme examples of the use of land, where every inch of fertile soil is important, and the skyscraper next to Bryant Park in Midtown Manhattan is expected to bring a hint of green to the sky.
The Lilly building will be made of three layers of glass and partially covered with vegetation. The planting system will be made of light concrete supported by steel frames. It is a plant that can grow well in both soil and acidity. It will wither the plant if it is well drained.
The flowers are red, yellow, and orange, meaning that in the spring New York will see a field of flowers in skyscrapers, and may be very appetizing to urban gardeners, who are now more and more in the city.
However, combining the building with plants is not only a beautiful function, in addition to beautiful flower fields and contributing to the good urban air, it is also a low-energy design, natural insulation can allow the building to reduce the internal consumption of the climate, in addition, Lilly Building is also a passive building, using a small amount of energy to maintain a comfortable internal environment.
The heat of the sun will flow through the large glass, and the fresh air will enter through the open windows of the residential section.
Heating and cooling will be provided by the geothermal system, the heat exchanger helps to minimize energy loss, and the plants on the outer walls provide heat preservation and insulation. According to the design, the building has 21 floors for commercial space and 18 floors for residential use.
In any case, we all welcome the emergence of more energy-efficient, sustainable skyscrapers, not to mention lilies in the spring, and beautiful greenery in other seasons to breathe for the people of the city.
Key words:
LIFE, Classic, Architecture, Passive Architecture
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Title:

Content: LIFESTYLE Lifestyle
Nederland ’ s “Vertical Forest ” social housing combines environmental protection and aesthetics to enhance the quality of life
by Cecilia
/ 2021.10.17
Housing problems, land problems, property slavery, and high property prices have all become symbols of Hong Kong, and it is common for overseas places to have high-quality public housing or social housing, and in the Netherlands, Einhaven has just completed a "vertical forest" social housing covered with plants, which combines greenery, environmental protection and aesthetics.
Photo by Stefano Boeri Architetti
Designed by Italian architecture studio Stefano Boeri Architetti, the social house in Yanhaofen, Netherlands, known as the Trudo Vertical Forest, is 18 stories high and 70 meters tall and has 125 units. The balcony protruding between each unit has different width, height and depth.
Low-income people and young people starting families can improve living conditions even for citizens who can ’ t afford private housing, and apply the concept of urban afforestation as a possibility to improve the urban environment and cope with climate change.
Photo by Stefano Boeri Architetti
Trudo Vertical Forest uses white as the main color overall, and is surrounded by solar reflective glass bars, the planting balcony is equipped with sensors to monitor the hydration and nutrient levels of the soil, even the novice planting do not have to worry.
Don ’ t underestimate the amount of plants in a single building that can absorb more than 50 tons of carbon dioxide and emit more than 13 tons of oxygen each year. It makes sense to call it a “vertical forest ”.
Solar panels on the roof provide some of the energy consumed by the building, while reservoirs and rainwater harvesting systems are installed to irrigate the plants.
Photo by Stefano Boeri Architetti
In terms of indoor environment, each 50 square meters (about 538 square feet) unit can be reconfigured according to people, and the floor height is at least 3.5 meters. Although foreigners are relatively tall, they are also full of space.
Each unit has its own balcony, each with a tree and 20 shrubs.
The design takes into account the doubling of the weight and size of each plant ’ s life cycle, and there is a dedicated gardener to take care of it, who does not enter the house, but hangs down outside the building to maintain and trim the plants.
This is not the first time that the concept of “vertical forest ” has been heard, and it has been implemented around the world. However, this time, as a social housing, it is also a big attraction, and I hope to see it in Hong Kong one day.
Photo by Stefano Boeri Architetti

Title:

Content: In response to the United Nations Sustainable Development Goals and the 2050 net-zero carbon emission policy, Yangming Marine has actively promoted ESG related measures for environmental sustainability. Since the fourth quarter of 2023, it has taken the lead in using green power in its onshore offices.
At the same time, in order to advocate the SDG11 sustainable cities and villages and the SDG13 climate action concept, Yangming Marine has built an "ecological green roof" with green ecology, heat insulation and energy saving functions on the roof of its own office building in Taipei, and officially opened on the 10th of this month.
The impact of global warming on the environment is increasingly serious, and the heat island effect caused by urban cement jungles threatens the living environment. Yangming Maritime Transport actively responds to the issue of climate change. Through the green design concept, it has built an "ecological green roof" in its own office building in Taipei, equipped with a perfect energy cycle and green ecological planning. It is estimated that nearly 3,960 kWh of electricity will be saved annually through the generation of solar photovoltaic systems.
Through the construction of the roof farm, perennial vines and other plants are planted to increase the green coverage of the roof, and a variety of plants are planted with the Edible Landscaping concept, including edible vanilla area, 500 Fukuyama lettuce plants, 76 cabbage plants, 200 Hiroshima plants and 4 hydroponic bananas. While conserving energy, reducing carbon and beautifying the cityscape, we also build artificial bird houses. We hope that this small green space in the city can allow birds to breed, feed and live in peace, create a natural and bio-friendly environment, bring farming experience, knowledge and natural ecology into the city life, and become an ecological place where employees can relax and relax while working. G8 The concept of employment and economic growth provides a safe and comfortable working environment for employees.
Through the gradual introduction of green power and green design, Yangming Ocean Shipping starts from operating sites to reduce energy consumption and emissions, and hopes to gradually implement the vision of environmental sustainability!
# Green Power # Peace of Mind # System # Ecology # Yangming Shipping

Vertical gardens can address technical challenges like weight load and wind resistance, and feature curved green walls.

Title:

Content: Countdown to Expo 2020 Dubai
Singapore Pavilion at Expo 2020 Dubai..
Nature meets architecture, technology and art
The Singapore Pavilion at Expo 2020 Dubai prioritizes green architecture to help visitors appreciate the benefits and possibilities of integrating nature into our urban environments.
Showcasing green spaces, digital solutions and art as a whole, the pavilion embodies Singapore ’ s vision of becoming a city in the middle of nature and reflects the spirit of sustainable development through innovative and impactful urban solutions.
Yap Lai Pi, Deputy Commissioner-General of the Singapore Pavilion and Director of the Architecture and Urban Design Group at the Urban Redevelopment Authority, said the Singapore Pavilion shows the potential to develop appropriate agendas for integrating nature, architecture and technology through different digital designs and strategies.
We would like to invite visitors to reflect on their relationship with nature, through their journey of exploring the pavilion ’ s green digital system and its presentation of an integrated system for managing green spaces, water and energy systems.
In doing so, visitors will be able to appreciate the importance of planning and the scale of the challenges of building the Singapore Pavilion, and the ways in which we can live with our natural and built environment without harming both, where both people and the environment are taken care of.
The pavilion will see the creation of suitable local climates within the Rainforest Cone and Flower Cone areas to preserve rainforest vegetation.
With the growth of many plant varieties despite the harsh nature of the land and the rather difficult climatic conditions, this combination of lush landscapes can flourish in different environments around the world if renewable resources are used.
The pavilion promotes the use of technology to enhance the design and development of rare landscapes as it is not easy to take care of the plant species inside the pavilion, especially those on the curved green walls of the cones and cones inside the pavilion.
To meet this challenge, three models of climbing robots will examine the green walls around the flower cone to examine the health of plants, as well as collect environmental data to monitor the performance of wing systems.
The pavilion provides visitors with the opportunity to learn about the science behind the pavilion ’ s construction through the “digital ecosystem ” of art and electronic games. The specially designed agriculture panel and innovative technological applications used in water and energy management are design strategies that enable the Singapore pavilion to achieve the goal of 100% green energy.
Preparations for the Singapore Pavilion are in their final phase, with landscaping completed and digital exhibitions currently being finalised before opening on October 1, 2021.
Different stations of the Singapore Pavilion ’ s unique experience will also be offered online and online platforms.
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Green walls can thrive in various environments with technology and renewable resources.

Digital solutions can enhance green space management and preserve rainforest vegetation.

Innovative agriculture panels can enable 100% green energy through managed digital ecosystems.

Sensors and monitoring systems can help optimize irrigation and fertilization in vertical gardens and detect potential issues.

Title:

Content: Al-Sudays launches the initiative of the project of vegetation cover in the yards of the Grand Mosque
He stressed the keenness of the presidency to contribute to the promotion of efforts aimed at achieving sustainability
General President of the Grand Mosque and the Prophet 's Mosque Affairs Abdulrahman bin Abdulaziz Al-Sudais
The President General of the Grand Mosque and the Prophet 's Mosque Affairs, Dr. Abdulrahman bin Abdulaziz Al-Sudais, inaugurated the initiative of the project of vegetation cover in the yards of the Grand Mosque, in the presence of the Undersecretary General for Technical, Operational, Maintenance and Facilities Management Eng. Sultan bin Aty Al-Qurashi, and a number of presidential leaders.
Dr. Al-Sudais stressed the presidency ’ s keenness to contribute to enhancing efforts aimed at achieving sustainability in the Kingdom, especially in the environment of the Grand Mosque, with a focus on relying on clean energy and combating climate change, in addition to providing aesthetic visual nutrition in the courtyards of the Grand Mosque.
He pointed out that the study of all the requirements has been completed structurally and operationally, pointing out that the project included three main sites of different nature, which varied between: (concrete outer walls, the site of hobbies of the southern square, and some of the columns of bridges), in order to activate the initiative of vegetation cover in the yards of the Grand Mosque....
It is worth mentioning that the vertical farming system is characterized by the ability to monitor the condition of the plants in terms of measuring the humidity and the need for irrigation in an instant, through sensors with warning in case of lack or increase of irrigation, with the possibility of remote control in the launch of irrigation, and also fertilizing plants automatically.
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Vertical gardens offer benefits like air purification and temperature regulation, making them popular in environmental design.

Title:

Content: Al-Sudays launches the initiative of the project of vegetation cover in the yards of the Grand Mosque
He stressed the keenness of the presidency to contribute to the promotion of efforts aimed at achieving sustainability
General President of the Grand Mosque and the Prophet 's Mosque Affairs Abdulrahman bin Abdulaziz Al-Sudais
The President General of the Grand Mosque and the Prophet 's Mosque Affairs, Dr. Abdulrahman bin Abdulaziz Al-Sudais, inaugurated the initiative of the project of vegetation cover in the yards of the Grand Mosque, in the presence of the Undersecretary General for Technical, Operational, Maintenance and Facilities Management Eng. Sultan bin Aty Al-Qurashi, and a number of presidential leaders.
Dr. Al-Sudais stressed the presidency ’ s keenness to contribute to enhancing efforts aimed at achieving sustainability in the Kingdom, especially in the environment of the Grand Mosque, with a focus on relying on clean energy and combating climate change, in addition to providing aesthetic visual nutrition in the courtyards of the Grand Mosque.
He pointed out that the study of all the requirements has been completed structurally and operationally, pointing out that the project included three main sites of different nature, which varied between: (concrete outer walls, the site of hobbies of the southern square, and some of the columns of bridges), in order to activate the initiative of vegetation cover in the yards of the Grand Mosque....
It is worth mentioning that the vertical farming system is characterized by the ability to monitor the condition of the plants in terms of measuring the humidity and the need for irrigation in an instant, through sensors with warning in case of lack or increase of irrigation, with the possibility of remote control in the launch of irrigation, and also fertilizing plants automatically.
News you might like.
No stories found.
Sabq Electronic Newspaper
sabq.org

Designing large-scale vertical gardens involves using clean energy, like geothermal systems, to power irrigation and other systems.

Title:

Content: LIFE ・ Classic ／ The concept of wreath architecture on the New York skyline comes from the “terraces ” of Asia
Courtesy of Lilly Tower.
(Courtesy of Studio Vural)
Journalist Tsai Wai-ju / Comprehensive Report
The skyline of Manhattan will take on a new look, a Gothic tower building dating back to 1923, will become an arc skyscraper, more specifically the appearance of the building is covered with vegetation, but they are not only decorative, there is no fear of tall gardeners to update the plant regularly, it is a vertical garden outside the building, and the concept is from the Asian terraced system.
Studio Vural, who conceived the “Lilly tower, ” says the shape of the building is like a terraced field in some parts of Asia, one of the most extreme examples of the use of land, where every inch of fertile soil is important, and the skyscraper next to Bryant Park in Midtown Manhattan is expected to bring a hint of green to the sky.
The Lilly building will be made of three layers of glass and partially covered with vegetation. The planting system will be made of light concrete supported by steel frames. It is a plant that can grow well in both soil and acidity. It will wither the plant if it is well drained.
The flowers are red, yellow, and orange, meaning that in the spring New York will see a field of flowers in skyscrapers, and may be very appetizing to urban gardeners, who are now more and more in the city.
However, combining the building with plants is not only a beautiful function, in addition to beautiful flower fields and contributing to the good urban air, it is also a low-energy design, natural insulation can allow the building to reduce the internal consumption of the climate, in addition, Lilly Building is also a passive building, using a small amount of energy to maintain a comfortable internal environment.
The heat of the sun will flow through the large glass, and the fresh air will enter through the open windows of the residential section.
Heating and cooling will be provided by the geothermal system, the heat exchanger helps to minimize energy loss, and the plants on the outer walls provide heat preservation and insulation. According to the design, the building has 21 floors for commercial space and 18 floors for residential use.
In any case, we all welcome the emergence of more energy-efficient, sustainable skyscrapers, not to mention lilies in the spring, and beautiful greenery in other seasons to breathe for the people of the city.
Key words:
LIFE, Classic, Architecture, Passive Architecture
Share with friends:
※ This article is copyrighted and cannot be reproduced without permission. [ETtoday Copyright Notice]
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The cost of installing a vertical garden ranges from $200 to $1200 per square meter.

Title:

Content: Prince’s Landscape Pte Ltd Now Provides Singapore Properties with Vertical Green Walls

Prince’s Landscape Pte Ltd is famous for its vertical wall planters, green walls and flower backdrop in Singapore. The company caters to residential and commercial clients as well.

Singapore, 2023-Jan-04 — /EPR Network/ — Prince’s Landscape Pte Ltd, the leading landscaping company in Singapore is offering vertical green walls to commercial and residential properties. Whether it is a retail showroom or a high rise, the vertical green wall is an innovative approach towards introducing nature amidst the concrete jungle.

The company uses quality vertical wall planters, ensuring the healthy growth of the plants. These vertical walls are easy to maintain, assemble, install, disassemble, and reinstall. The technique used by Prince’s Landscape Pte Ltd ensures the user does not have to spend much time tending and taking care of the plants.

Along with green walls, the company also provides clients with exquisite flower backdrops in Singapore to complement the greenery around them. It’s a long-term investment as a green wall can last up to 25 years.

Vertical walls by Prince’s Landscape Pte Ltd come with some unique features:

  • Custom design to suit the client’s needs.
  • Minimal watering of the green wall plants.
  • Ultra-low maintenance ensured.
  • Quick installation due to a modular system.
  • Use of plants that can survive in a tropical climate.

Why choose a vertical green wall?

  • Reduces waste of energy.
  • Improves air quality.
  • Makes the structure sustainable.
  • The space becomes more fire-resistant.
  • Minimizes ambient noise.

The general installation cost for a vertical green wall by Prince’s Landscape Pte Ltd ranges between $200 per square meter and $1200 per square meter, depending on the design, the kind of plants used and the installation process.

About the company:

One of the oldest nurseries in Singapore, Prince’s Landscape Pte Ltd has 50 years of experience in the industry. Started out humbly as a flower shop, Prince’s Landscape Pte Ltd have evolved into a full-fledged landscape design and installation specialist.

Contact Details

Telephone: 65 6763 7000

Fax: 65 6892 2700

WhatsApp: +65 8838 3479

Email: buzz@prince.com.sg

Address: 53 Sungei Tengah Road, Singapore 698998

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Maintenance needs for vertical gardens are relatively low.

Title:

Content: Prince’s Landscape Pte Ltd Now Provides Singapore Properties with Vertical Green Walls

Prince’s Landscape Pte Ltd is famous for its vertical wall planters, green walls and flower backdrop in Singapore. The company caters to residential and commercial clients as well.

Singapore, 2023-Jan-04 — /EPR Network/ — Prince’s Landscape Pte Ltd, the leading landscaping company in Singapore is offering vertical green walls to commercial and residential properties. Whether it is a retail showroom or a high rise, the vertical green wall is an innovative approach towards introducing nature amidst the concrete jungle.

The company uses quality vertical wall planters, ensuring the healthy growth of the plants. These vertical walls are easy to maintain, assemble, install, disassemble, and reinstall. The technique used by Prince’s Landscape Pte Ltd ensures the user does not have to spend much time tending and taking care of the plants.

Along with green walls, the company also provides clients with exquisite flower backdrops in Singapore to complement the greenery around them. It’s a long-term investment as a green wall can last up to 25 years.

Vertical walls by Prince’s Landscape Pte Ltd come with some unique features:

  • Custom design to suit the client’s needs.
  • Minimal watering of the green wall plants.
  • Ultra-low maintenance ensured.
  • Quick installation due to a modular system.
  • Use of plants that can survive in a tropical climate.

Why choose a vertical green wall?

  • Reduces waste of energy.
  • Improves air quality.
  • Makes the structure sustainable.
  • The space becomes more fire-resistant.
  • Minimizes ambient noise.

The general installation cost for a vertical green wall by Prince’s Landscape Pte Ltd ranges between $200 per square meter and $1200 per square meter, depending on the design, the kind of plants used and the installation process.

About the company:

One of the oldest nurseries in Singapore, Prince’s Landscape Pte Ltd has 50 years of experience in the industry. Started out humbly as a flower shop, Prince’s Landscape Pte Ltd have evolved into a full-fledged landscape design and installation specialist.

Contact Details

Telephone: 65 6763 7000

Fax: 65 6892 2700

WhatsApp: +65 8838 3479

Email: buzz@prince.com.sg

Address: 53 Sungei Tengah Road, Singapore 698998

Matched content

Editor’s pick

Express Press Release Distribution

The choice of plants for a vertical garden depends on the climate and conditions, such as light and temperature.

Title:

Content: Invite nature into your home by creating a verdant "living wall" display

Humans need plants to survive.

We eat them, drink them, use them as medicine, and even decorate with them in order to bring joy to our daily lives.

Once you start caring for a couple of houseplants, it's easy to spiral into an obsession with our magnificent, leafy friends. If your collection of 20-plus houseplants isn't enough to satiate your need for greenery in your home anymore, why not take it to the next level with a full-blown living wall?

Living walls, or vertical gardens as they're sometimes called, are made up of an array of live plants that are planted vertically and can range in size from just a few square feet to entire walls in large atrium spaces.

However, larger installations can cost upwards of $125-$225 per square foot of wall and aren't exactly feasible for renters or homeowners who are on a strict budget or have limited space.

While you can certainly contract a company to install a living wall in your home, there are also local and handcrafted options to consider depending on your budget, your lifestyle and what look you're going for.

click to enlarge
Chiana McInelly photo
Dominic Villareal in front of A Modern Plantsman's living wall display.

Dominic Villareal, the owner of A Modern Plantsman, weighed his own options when expanding his Colfax plant store to downtown Spokane in late 2021.

"My partner and I were scoping out the local plant scene, and we noticed immediately that there was a lack of living wall installations in Spokane," he says. "There are no plant stores or nurseries in the area that have one."

When Villareal secured the space for his shop on the main floor of the Hotel Indigo building, he began designing a plant wall that was eye-catching as well as functional for his customers. The plant wall, constructed by Villareal himself, features wooden shelves that are just deep enough to hide the pots that the plants reside in, giving it the appearance of a living wall.

"That's very doable for a home setting," he says. "You can take the pots off the shelf for easy watering and care."

Villareal recommends plants that trail for any DIY living wall project, but also says that including plants of different heights can give the wall a much more textured and varied appearance.

"Start with plants like pothos, heart leaf philodendrons and prayer plants," Villareal says. "Prayer plants specifically can deal with very low-light situations, which is perfect for a home installation. They'll disguise any nonnatural elements of the wall once they start to trail down."

Previous owner of Sage + Moss and seasoned houseplant parent Annecia Paulson recommends utilizing organic elements when creating your display for ease of watering and a more harmonious facade.

The most common way to do this is by creating mounted plant displays. Mounted plants are plants that have been affixed onto an object using moss or other organic materials.

"Creating mounted plants is actually a really easy process," she says. "You simply remove most of the dirt from the roots, place the plant on the piece of bark and then attach it using sphagnum moss and fishing line."

The upkeep and care of mounted plants lie in the choice of wood, Paulson says.

"Using cork bark is the best option — it's lightweight and naturally mold-resistant. Just soak the whole thing in water, let it drip dry and then hang it on your wall using Command hooks or string. Super simple," she says.

If the trial and error of diving in headfirst just isn't your thing, many area plant stores, including A Modern Plantsman, offer workshops on how to create mounted plants and products that can assist you in your journey to creating a living wall.

"We really try to act as a resource for people in the community," Villareal says. "We want to help people learn how to do these things. I've already gone through the trial and error of the projects that people attempt at home, so I'm happy to give people that knowledge." ♦

Lila Shaw Girvin: Gift of a Moment @ Northwest Museum of Arts & Culture

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About The Author

Madison Pearson

Madison Pearson is the Inlander's Listings Editor, managing the calendar of events and regularly contributing to the Arts & Culture section of the paper. She joined the staff in 2022 after graduating from Eastern Washington University.

Vertical farms use less land and water than traditional agriculture, providing benefits like improved crop yields and reduced transportation costs.

Title:

Content: The Future of Food Security in the UAE
T + T - normal size
The UAE is working to develop modern agricultural methods as one of the solutions to the sustainability of food security and meet its challenges, through the search for agricultural systems that are operationally efficient, provide crops in all seasons, so it has recently begun to use vertical agriculture and study the advantages it offers, starting from operational needs and production quantities and comparing it with traditional agriculture.
Vertical farming is characterized by many privileges, including the provision of large amounts of water compared to traditional agriculture, and these farms need less land to provide the same amount of cultivated crop, and vertical agriculture depends on the technique of cultivation on stacked trays, in a closed and controlled environment.
These farms can be built close to customers, which reduces transport costs and emissions, and the possibility of establishing this type of farm near markets and consumers within cities with diverse and flexible spaces, which significantly reduces the costs of transportation and external and internal shipping.
Launched in Abu Dhabi recently, AgX is the world ’ s largest vertical farm dedicated to scientific research and development.
Spanning an area of 65,000 square feet, the new farm is expected to contribute to the development of controlled sustainable ecological agriculture and indoor vertical farming to help meet the challenges of global agricultural supply chains, as the new farm focuses on the latest developments in indoor vertical farming, innovation and agricultural technology.
Chemical Analysis
It has also successfully recruited a number of key local competencies, and aims to recruit more than 60 horticultural engineers and experts in its advanced technical laboratories to conduct sensory research, precision phenotyping studies, chemical analysis of plants, as well as research related to next-generation imaging, machine learning, robotics and automation.
AgX will play a key role in the development of Abu Dhabi ’ s agricultural technology ecosystem through close research collaboration with local companies and universities to address agricultural challenges in desert and arid climates. The collaboration is expected to focus on improving plant genetics and enhancing the quality of seedlings of vegetable and fruit varieties to become more resilient to the harsh conditions of the region.
The quality of seedlings is a key factor in crop formation, growth and productivity, and the partnership will also focus on the evaluation and testing of high-demand crops such as tomatoes and peppers.
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Hydroponic and aeroponic methods can create vertical farms in multistory buildings to help address climate catastrophe and population growth.

Title:

Content: On ten years of ‘The Vertical Farm’

Roughly two hours pass between my initial email and our first Zoom chat — on a Sunday, no less. I skip the post-gym shower and pop on a baseball cap, because I’m not sure when the opportunity will present itself again.

After more than two decades of espousing the benefits of vertical farming around the world, it seems Dickson Despommier is still every bit as eager to talk about the subject as I am. This is likely due, in no small part, to the tenth anniversary edition of The Vertical Farm, which arrived late last year. In a culture that seems almost irrevocably hung up on anniversaries, this occasion feels earned, largely due to everything that transpired in that intervening decade.

“Although there are at present no examples of vertical farms,” Despommier writes in the original edition, “we know how to proceed—we can apply hydroponic and aeroponic farming methodologies in a multistory building and create the world’s first vertical farms.”

The latest edition of the book offers a coda in the form of a tenth chapter titled, “And Then What Happened?” The answer, as I’ve discovered in my own dealings with the world of vertical faming, is a lot longer than can one can hope to address in a single chapter — or, for that matter, a brief book review on a technology website.

“In 2010, when this book was first published, there were no vertical farms,” Despommier opens the new chapter, describing what began as a slow trickle in the U.S. and Asia. “As of this writing, there are so many vertical farms, I don’t know exactly how many exist.”

The list of vertical farms that follow is hardly exhaustive, amounting to four and a half pages and offering some concessions for space such as only listing Japan’s largest vertical farming company Spread, and noting the country is home to at least 200 such farms. The U.S. list, meanwhile, begins with AeroFarms and Bowery Farming, familiar names to TechCrunch readers.

Even devoid of an exhaustive list, the sheer number of countries and companies that have embraced the concept of vertical farming as a potential method to address the looming specter of climate catastrophe is an astonishing testament to what, for many, is the right idea at the right time. While few (if any) view the concept of tightly-packed, vertically stacked crops grown in an urban setting as a catchall solution, there’s been plenty of momentum around the notion that it could be an important piece of that puzzle.

I doubt that, in the year 2021, many who pick up a book called The Vertical Farm need much in the way of convincing when it comes to man-made climate change. But Despommier still does a fine job spelling out many of the concerns in his introduction, especially as they pertain to apprehensions about population growth and over-farming. Beyond the clear (and I believe well deserved) targeting of meat production, there’s probably still education to be done around the impact of food production in general.

These big issues were the catalyst for the development of the vertical farming concept. The modern definition of the idea was born as a thought experiment in a 1999 Columbia University class led by Despommier. A similarly titled Vertical Farming was published in 1915, but ultimately shares very little with what we understand the term to mean. (The book, written by American geologist Gilbert Ellis Bailey, is available for free online and includes some fun ideas about farming with explosives. It’s an entertaining way to kill an hour.)

In spite of Despommier’s status as an Ivy League professor (now emeritus at 81), The Vertical Farm is written in extremely digestible language. The book is less a blueprint or how-to guide than a continuation of his class’s early thought experiments – understandable again given the fact that there were no major vertical farms at the time of its initial publication. The nature of the book plays into its author’s notions of utopian idealism.

Bowery Farming CEO Irving Fain, who met with Despommier ahead of his company’s 2014 launch, summed up some of the sentiment well in a recent conversation we had, noting,

I think every industry needs a north star at some point. I think Dickson has been a phenomenal north star of the industry, in some ways long before everybody was sort of onboard and believing in indoor farming. Do I think everything he imagines will come to pass? Not necessarily, but that’s not actually the goal of a north star anyway.

This, I think, is the right way to approach a book like The Vertical Farm. Despommier is certainly a pragmatist when it comes to the threats of climate change, overpopulation and over-farming, but he’s an idealist when discussing the solutions. In a sense, it’s a breath of fresh air in an age when so many of us are (I think understandably) inclined to something far darker when faced with such existential challenges.

The strongest example of this dynamic at play are important questions around the energy use and costs of growing plants indoors, instead of directly harnessing the power of the sun. The book’s new chapter points to green solutions like clear photovoltaic windows, rainwater harvesting and carbon sequestration as answers. As more farms come online, there will be more opportunities to determine the complex math around whether such solutions are net positive. Hopefully more scale and better technologies will get us closer to where we need to be.

My time writing about startups, meanwhile, has made me — if not more cynical, than at least more skeptical about altruistic motivators in green technology. The pragmatist in me firmly believes that the bar of capitalistic drivers is the first one that needs clearing here — at least in the United States. Companies need to prove out that vertical farms can aggressively generate revenue and then, hopefully, we can see true advances on the sustainability side of the equation.

As a north star, to again quote Bowery’s CEO, the work is a supremely effective one. One need look no further than the agricultural revolution Despommier and The Vertical Farm helped catalyze a decade ago.

The Vertical Farm: Feeding the World in the 21st Century by Dickson Despommier
Picador, 2020, 369 pages

Vertical farming originated in a 1999 Columbia University class and is now a popular method for urban crop growth.

Companies like AeroFarms and Bowery Farming use carbon sequestration in vertical farming to reduce their carbon footprint.

Japan has over 200 vertical farms, with Spread being the largest, and the practice is gaining popularity worldwide.

Large-scale vertical gardens often require decorative pots and hidden irrigation systems.

Title:

Content: Hanging Gardens of Shanghai: An impressive modern shopping complex in China covered with a thousand trees

Posted:

14 ene 2022 15:54 GMT

The structure includes 250,000 plants that taper down the structures. It combines columns that serve as decorative pots on which trees are planted.

A few weeks ago, the first phase of ‘1000 trees’ was opened in the Chinese city of Shanghai, a huge shopping complex with 1,000 trees on its facade, which, due to its majestic appearance, has been compared to the famous Hanging Gardens of Babylon, one of the Seven Wonders of the Ancient World.

Consisting of a series of buildings whose design seeks to represent a hill, the famous Huangshan Mountains of China, recognized by UNESCO as a World Heritage Site, served as a model. “This is a new mixed-use development designed to appear as Two mountains covered with forests From the waterfront in Shanghai,” He said This week the design and architecture studio responsible for the project, Heatherwick Studio.

Structure included 250,000 plants that flow through the structures. It combines columns, which in addition to providing supports serve as decorative pots on which trees are planted. Inside each shaft there is a hidden irrigation system that feeds vegetation and more 70 kinds of trees About the project, says Architectural Journal seas.

The idea of the so-called Hanging Gardens of Babylon in Shanghai It was developed by British designer and architect Thomas Heatherwick and took eight years to achieve. Located in a cultural district in the city center, along the Wusong River (also called Suzhou), the project occupies a total area of 300,000 square meters, and is planned to house restaurants, museums, galleries and a series of still intact historical elements and buildings in the center of the complex.

See also  83 billion CFA francs were recovered from this former minister

as mentioned Local authorities, have already begun to build the second phase, which A taller structure will be added with hanging gardens. It will open in two years as a “boutique” hotel and office building. An enclosed bridge, tunnel and drop on the ground floor will connect the two “mountains”.

“The planting strategy brings significant net gains in biodiversity to the site and helps create its own microclimate. The planting approach is wild and natural to reduce the need for pruning and maintenance, and Promote biodiversity and natural change. Heatherwick Studio says the trees are locally sourced and mostly evergreen to act as a filter against pollution during the winter.”

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Large-scale vertical gardens can promote biodiversity and use locally sourced trees as pollution filters.

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Content: Hanging Gardens of Shanghai: An impressive modern shopping complex in China covered with a thousand trees

Posted:

14 ene 2022 15:54 GMT

The structure includes 250,000 plants that taper down the structures. It combines columns that serve as decorative pots on which trees are planted.

A few weeks ago, the first phase of ‘1000 trees’ was opened in the Chinese city of Shanghai, a huge shopping complex with 1,000 trees on its facade, which, due to its majestic appearance, has been compared to the famous Hanging Gardens of Babylon, one of the Seven Wonders of the Ancient World.

Consisting of a series of buildings whose design seeks to represent a hill, the famous Huangshan Mountains of China, recognized by UNESCO as a World Heritage Site, served as a model. “This is a new mixed-use development designed to appear as Two mountains covered with forests From the waterfront in Shanghai,” He said This week the design and architecture studio responsible for the project, Heatherwick Studio.

Structure included 250,000 plants that flow through the structures. It combines columns, which in addition to providing supports serve as decorative pots on which trees are planted. Inside each shaft there is a hidden irrigation system that feeds vegetation and more 70 kinds of trees About the project, says Architectural Journal seas.

The idea of the so-called Hanging Gardens of Babylon in Shanghai It was developed by British designer and architect Thomas Heatherwick and took eight years to achieve. Located in a cultural district in the city center, along the Wusong River (also called Suzhou), the project occupies a total area of 300,000 square meters, and is planned to house restaurants, museums, galleries and a series of still intact historical elements and buildings in the center of the complex.

See also  83 billion CFA francs were recovered from this former minister

as mentioned Local authorities, have already begun to build the second phase, which A taller structure will be added with hanging gardens. It will open in two years as a “boutique” hotel and office building. An enclosed bridge, tunnel and drop on the ground floor will connect the two “mountains”.

“The planting strategy brings significant net gains in biodiversity to the site and helps create its own microclimate. The planting approach is wild and natural to reduce the need for pruning and maintenance, and Promote biodiversity and natural change. Heatherwick Studio says the trees are locally sourced and mostly evergreen to act as a filter against pollution during the winter.”

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Mixed-use development with nature can create large-scale vertical gardens that provide air purification and temperature regulation.

Title:

Content: Hanging Gardens of Shanghai: An impressive modern shopping complex in China covered with a thousand trees

Posted:

14 ene 2022 15:54 GMT

The structure includes 250,000 plants that taper down the structures. It combines columns that serve as decorative pots on which trees are planted.

A few weeks ago, the first phase of ‘1000 trees’ was opened in the Chinese city of Shanghai, a huge shopping complex with 1,000 trees on its facade, which, due to its majestic appearance, has been compared to the famous Hanging Gardens of Babylon, one of the Seven Wonders of the Ancient World.

Consisting of a series of buildings whose design seeks to represent a hill, the famous Huangshan Mountains of China, recognized by UNESCO as a World Heritage Site, served as a model. “This is a new mixed-use development designed to appear as Two mountains covered with forests From the waterfront in Shanghai,” He said This week the design and architecture studio responsible for the project, Heatherwick Studio.

Structure included 250,000 plants that flow through the structures. It combines columns, which in addition to providing supports serve as decorative pots on which trees are planted. Inside each shaft there is a hidden irrigation system that feeds vegetation and more 70 kinds of trees About the project, says Architectural Journal seas.

The idea of the so-called Hanging Gardens of Babylon in Shanghai It was developed by British designer and architect Thomas Heatherwick and took eight years to achieve. Located in a cultural district in the city center, along the Wusong River (also called Suzhou), the project occupies a total area of 300,000 square meters, and is planned to house restaurants, museums, galleries and a series of still intact historical elements and buildings in the center of the complex.

See also  83 billion CFA francs were recovered from this former minister

as mentioned Local authorities, have already begun to build the second phase, which A taller structure will be added with hanging gardens. It will open in two years as a “boutique” hotel and office building. An enclosed bridge, tunnel and drop on the ground floor will connect the two “mountains”.

“The planting strategy brings significant net gains in biodiversity to the site and helps create its own microclimate. The planting approach is wild and natural to reduce the need for pruning and maintenance, and Promote biodiversity and natural change. Heatherwick Studio says the trees are locally sourced and mostly evergreen to act as a filter against pollution during the winter.”

If you like it, share it with your friends!

Seismic isolation equipment and ultra-high-strength steel can ensure the safety of large-scale vertical gardens in earthquake-prone areas.

Large-scale vertical gardens can include shape-shifting designs and wind-power turbines to reduce their carbon footprint.

Vertical greening can help sequester carbon, alleviate the heat island effect, and reduce air pollutants.

Title:

Content: It has been more than two years since the city implemented the “Measures to Encourage the Installation and Feedback of Liveable Building Facilities ”, and as of July this year, a total of 88 applications have been approved and 63 have been approved.
Taichung Metropolitan Bureau of Development Huang Wenbin said today that the construction base generated a total of 56,831.81 tons of carbon sequestration, an increase of 1,813 trees, with Wenxin Forest Park accounting for about 1,500 trees, which is equivalent to the creation of 1.2 Wenxin Forest Park.
The Taichung City Government has implemented the “Measures for Encouraging the Establishment and Feedback of Liveable Building Facilities in Taichung City ” to encourage builders to set up“ Vertical Greening ” and “Vertical Neighborhood Space ” and other liveable building facilities.
For the flexibility of the design of the multi-storey terrace in the neighborhood, at least a certain scale of community common space, close the relationship between the residents of the community, and also regulate the planting of trees of a certain size and suitable for growth and management and maintenance of the space, to confirm that it can grow thick and increase the proportion of urban greening.
As of the end of July this year, there have been a total of 88 applications, 63 have been approved, and the construction base has generated a total of 56,831.81 tons of carbon sequestration. A total of 1,813 trees have been added. Take Wenxin Forest Park, which has about 1,500 trees, for example, to create 1.2 Wenxin Forest Park. The amount of carbon sequestration is equivalent to adding more than 90 small community neighborhood parks, which not only beautify the urban environment but also improve the quality of the living environment.
According to the Taichung Metropolitan Development Bureau, urban greening can alleviate the heat island effect in the city, and can also help to adsorb pollutants in the air and reduce PM2.5.
# Wenxin Forest Park # Qiaomu # Liveable Building # Encouragement # 63

Flexible design can help create large-scale vertical gardens suitable for various environments and climates.

Title:

Content: It has been more than two years since the city implemented the “Measures to Encourage the Installation and Feedback of Liveable Building Facilities ”, and as of July this year, a total of 88 applications have been approved and 63 have been approved.
Taichung Metropolitan Bureau of Development Huang Wenbin said today that the construction base generated a total of 56,831.81 tons of carbon sequestration, an increase of 1,813 trees, with Wenxin Forest Park accounting for about 1,500 trees, which is equivalent to the creation of 1.2 Wenxin Forest Park.
The Taichung City Government has implemented the “Measures for Encouraging the Establishment and Feedback of Liveable Building Facilities in Taichung City ” to encourage builders to set up“ Vertical Greening ” and “Vertical Neighborhood Space ” and other liveable building facilities.
For the flexibility of the design of the multi-storey terrace in the neighborhood, at least a certain scale of community common space, close the relationship between the residents of the community, and also regulate the planting of trees of a certain size and suitable for growth and management and maintenance of the space, to confirm that it can grow thick and increase the proportion of urban greening.
As of the end of July this year, there have been a total of 88 applications, 63 have been approved, and the construction base has generated a total of 56,831.81 tons of carbon sequestration. A total of 1,813 trees have been added. Take Wenxin Forest Park, which has about 1,500 trees, for example, to create 1.2 Wenxin Forest Park. The amount of carbon sequestration is equivalent to adding more than 90 small community neighborhood parks, which not only beautify the urban environment but also improve the quality of the living environment.
According to the Taichung Metropolitan Development Bureau, urban greening can alleviate the heat island effect in the city, and can also help to adsorb pollutants in the air and reduce PM2.5.
# Wenxin Forest Park # Qiaomu # Liveable Building # Encouragement # 63

Maintenance and management planning is crucial for keeping large-scale vertical gardens healthy and thriving.

Title:

Content: It has been more than two years since the city implemented the “Measures to Encourage the Installation and Feedback of Liveable Building Facilities ”, and as of July this year, a total of 88 applications have been approved and 63 have been approved.
Taichung Metropolitan Bureau of Development Huang Wenbin said today that the construction base generated a total of 56,831.81 tons of carbon sequestration, an increase of 1,813 trees, with Wenxin Forest Park accounting for about 1,500 trees, which is equivalent to the creation of 1.2 Wenxin Forest Park.
The Taichung City Government has implemented the “Measures for Encouraging the Establishment and Feedback of Liveable Building Facilities in Taichung City ” to encourage builders to set up“ Vertical Greening ” and “Vertical Neighborhood Space ” and other liveable building facilities.
For the flexibility of the design of the multi-storey terrace in the neighborhood, at least a certain scale of community common space, close the relationship between the residents of the community, and also regulate the planting of trees of a certain size and suitable for growth and management and maintenance of the space, to confirm that it can grow thick and increase the proportion of urban greening.
As of the end of July this year, there have been a total of 88 applications, 63 have been approved, and the construction base has generated a total of 56,831.81 tons of carbon sequestration. A total of 1,813 trees have been added. Take Wenxin Forest Park, which has about 1,500 trees, for example, to create 1.2 Wenxin Forest Park. The amount of carbon sequestration is equivalent to adding more than 90 small community neighborhood parks, which not only beautify the urban environment but also improve the quality of the living environment.
According to the Taichung Metropolitan Development Bureau, urban greening can alleviate the heat island effect in the city, and can also help to adsorb pollutants in the air and reduce PM2.5.
# Wenxin Forest Park # Qiaomu # Liveable Building # Encouragement # 63

Rooftop gardens can reduce surface temperature by 6 degrees Celsius and stabilize surrounding temperatures.

Green spaces can improve solar panel efficiency and provide other benefits, including reducing tree infection and disease risk.

The rewilding project can increase biodiversity, save manpower, and create self-sustaining vertical gardens with minimal maintenance.

Vertical farming maximizes land use and increases yields.

Title:

Content: Categories: Articles, Crop productionPublished On: 13th October 2023

Hobby or small-holder farmers: Vertical farming may be the way to go

By 7 min read

aquaculture-5990470_1280

Stackable planters can be purchased from local hardware or nursery suppliers to create your own vertical farm.

The need to optimise farming and improve yields on small plots of land is increasingly important. Due to challenges of water scarcity, limited arable land and high inputs costs, innovative solutions such as vertical farming can help to overcome these struggles.

Vertical farming is an approach whereby farmers cultivate certain crops vertically in stacked layers, in order to maximise space and increase yields. This is usually achieved by planting these crops in containers, structures, or stackable pots.

Most often, these structures incorporate aquaponics, hydroponics or aeroponic techniques. All of these are methods used in controlled environments, with various factors such as the water flow, lighting control, temperature, and substrate controlled by the farmer, unlike traditional farming practices.

Vertical farming has many benefits

The most obvious benefit of vertical farming is maximised land use. This method allows farmers to grow more crops in a smaller footprint, making it ideal for areas with limited land availability. But there are other benefits too:

Production throughout the year: Since the environment of vertical farms are more controlled, it is possible to cultivate a crop more than once a year, or to ensure that you have a consistent yield throughout the year – depending on the crop type of course. Any seasonal constraints are removed and production is more efficient.

Water conservation: Less water is used in these systems.with only the precise amount of water needed to provide the plants with sustenance. Where farms are located in greenhouses or indoors, less evaporation also occurs.

Low environmental impact: When less space is needed to grow more food, there is a lower impact on the environment. Less natural vegetation needs to be cleared to accommodate soil based farming.

Improved control over growing conditions: When coupled with greenhouse systems, factors such as light intensity, temperature and humidity can be regulated. However, the plants are more dependent on the farmer to provide nutrients as there is little to no soil used as a substrate. Farmers can exercise strict control over when which fertilisers are used.

How to start a vertical farm

If you are looking to start a vertical farm, you need to first allocate space. You will need a space to put up the vertical structures where it has ample natural light, and where the structures can be safe from animals. People often want to put vertical gardens in warehouses and storerooms, but it is very costly to provide enough artificial lighting to try and make up for the lack of sunlight.

If you plan on adding ventilation to a greenhouse, temperature control systems or any other high tech additions, remember to consider access to electricity or solar power. If solar is your choice, take note the for every hectare of artificial lighting you may need up to five hectares of solar panels to provide enough electricity.

There also needs to be a space where you can add drainage so access water can drain from your vertical farm.

Next, you will need to look at the crops you would like to grow as this will determine  your growing method.

Structures for vertical farming:

Vertical wall gardens

Vertical wall gardens are one of the simplest and most cost-effective ways to start vertical farming in cities where you have walls, and limited horisontal space. You can use recycled materials such as old pallets, wooden crates, or plastic bottles as planting containers. These containers can be attached to a vertical frame or wall, creating a vertical garden. This method is excellent for growing herbs, small vegetables, and even certain fruits like strawberries.

Tower gardens

Tower gardens are vertical systems that allow plants to grow in stacked layers. PVC pipes can be used to create vertical planting towers. Plants are placed in holes drilled into the pipes, and a water and nutrient solution is circulated through the system. PVC pipes are relatively inexpensive and can be found at local hardware stores. Tower gardens are suitable for growing a variety of leafy greens and herbs.

Hanging gardens

Hanging gardens are an excellent option for small spaces. You can use hanging pots, recycled containers, or even fabric pouches attached to a frame or railing. These hanging containers can be filled with a lightweight growing medium and used for cultivating herbs, lettuce, and other compact crops. Hanging gardens utilise vertical space effectively and are relatively low-cost to set up.

Hydroponic systems

Hydroponic systems, where plants are grown in water without soil, can be affordable if you opt for a simple DIY setup. You can create a basic raft system using foam boards floating on a nutrient solution. Alternatively, a wick system, where a wick draws nutrient solution from a reservoir to the plants, is inexpensive and easy to set up. These DIY hydroponic systems are suitable for growing various vegetables and herbs.

Shelve system

As the name suggests, shelves are used to create rows of vertical gardens. Similar to wall- or hanging gardens, containers with substrate is used keep the plants in. Pots or trays are stacked on the shelves in a tray of water, or is connected to driplines that provide the plants with water.

A wall garden constructed with PVC pipe. (Source: Pixabay)

Planting a (vertical) garden and watching it grow

Some crops are not compatible with vertical systems – do not try to plant maize or pumpkins in this system. But there are still a multitude of other crops that can be used. Here are a few you can research:

  1. Herbs:

Herbs such as basil, cilantro, mint, thyme, and parsley are vital flavours that are in constant demand. They require relatively little space and grow well in vertical systems. Additionally, herbs are high-value crops because they have a quick turnover, allowing for multiple harvests throughout the year.

  1. Salad greens

Leafy greens like lettuce, spinach, arugula, and kale are popular choices for vertical farming. They are not only nutritious but also have a short growth cycle, making them ideal for continuous harvesting. Salad greens are versatile and are used in various culinary dishes, making them high in demand and a profitable choice for vertical farms.

  1. Microgreens

Microgreens are young edible plants harvested at an early stage. They are incredibly popular in high-end restaurants and farmer’s markets due to their intense flavour and high nutritional content. Microgreens can include varieties like radishes, mustard greens, and pea shoots. Despite their small size, microgreens are considered high-value crops because they can be sold at a premium price.

  1. Strawberries

Strawberries are a popular fruit that can be grown vertically in towers or hanging systems. They have a relatively high market price and are favoured by consumers for their sweetness and freshness. Vertical farming allows for efficient use of space, making it possible to grow a significant quantity of strawberries in a small area.

  1. Gourmet mushrooms

Gourmet mushrooms such as oyster mushrooms, shiitake, and maitake have gained popularity in culinary circles. They can be grown vertically in specially designed containers or shelves. Mushrooms have a relatively high market price, making them a profitable choice for vertical farms.

When choosing high-value crops for your vertical farming system, consider the local market demand, climate suitability, and your expertise in cultivating specific crops. Conduct market research and engage with local chefs, restaurants, and grocery stores to understand their requirements and preferences. By selecting the right combination of high-value crops, you can optimise your vertical farm’s profitability and contribute to the sustainable growth of your agricultural venture.

Shelves can also be used to create vertical gardens. (Source: Vecteezy)

For emerging farmers in sub-Saharan countries, vertical farming represents a pathway to overcome traditional agricultural challenges and create a more sustainable, efficient, and profitable farming enterprise. By harnessing the benefits of vertical farming, these farmers can contribute significantly to the local economy, local supply chain and food security.

J.M. and Marsh, J. (2022) How Africa can develop its own version of Vertical Farming, Agrilinks. Available at: https://agrilinks.org/post/how-africa-can-develop-its-own-version-vertical-farming

Vertical farming in Africa with Tower Farms (2022) Agrotonomy. Available at: https://agrotonomy.com/vertical-farming-in-africa-with-tower-farms/

Vertical Farming South Africa: 4 companies making a big impact (2022) Indoor Grow Farmer. Available at: https://indoorgrowfarmer.com/vertical-farming-south-africa/#:~:text=Vertical%20farming%20in%20South%20Africa,conditions%20to%20accommodate%20vertical%20farming.

B.Bugbee (2015) Why vertical farming won’t save the planet. www.youtube.com/watch?v=ISAKc9gpGjw&feature=youtu.be

Deel hierdie artikel.

Vertical farming enables year-round production and stable revenue.

The cost-benefit analysis of vertical garden projects considers factors like maintenance, energy savings, and revenue.

Vertical farming uses up to 95% less water than traditional farming.

Title:

Content: Advertisement

The world's largest vertical farm using 95% less water opens in Dubai

The produce will hit local stores as well.

Emirates Flight Catering. Emirates Flight Catering/Linkedin

As a powerful alternative to help with the land crisis, vertical farms are no less helpful than traditional farms regarding functionality. Although the idea itself dates back to ancient times when the people of Babylon built “The Hanging Gardens of Babylon” in 605-562 BC, the modern concept was first proposed by Dickson Despommier, a Public and Environmental Health professor at Columbia University in 1999.

Hence vertical farms are nothing new; however, the world’s largest facility is fresh and ready to produce more than 2 million pounds of leafy greens annually.

Bustanica was built by Crop One Holdings in collaboration with Emirates Flight Catering. It recently opened its doors in Dubai, the United Arab Emirates, near Al Maktoum International Airport at Dubai World Central. The facility is as big as 330,000-square-foot and spans over 175 yards.

95% less water

The crops produced in the facility will turn out clean and not require pre-washing as they will grow without pesticides, herbicides, or chemicals. The facility itself employs 95 percent less water, unlike traditional farms, and will produce three tons of output per day while wielding machine learning, artificial intelligence, and data analytics.

The facility utilizes a closed-loop system that circulates water through plants to use water efficiently. Water vaporizes during the watering process and is recycled into the system, which saves 250m liters of water every year compared to traditional outdoor farming producing the same output.

Unsurprisingly, leafy greens produced by Bustanica will be served to Emirates' and various airlines' passengers working with Emirates Flight Catering. Additionally, the products will also hit local stores under the Bustanica brand.

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“We are proud to bring Crop One’s best-in-class technology to this innovative food production facility alongside our joint venture partner. ECO 1 will address growing supply chain challenges and food security issues, while introducing millions of new consumers to the benefits of vertically farmed produce,” said Craig Ratajczyk, Chief Executive Officer at Crop One. “It’s our mission to cultivate a sustainable future to meet global demand for fresh, local food, and this new farm is the manifestation of that commitment. This new facility serves as a model for what’s possible around the globe.”

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Hydroponic systems can reduce water usage by up to 95 percent.

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Content: Published in Manufacturing
New Jersey-based Edible Garden will convert a greenhouse it acquired at 2900 Madison Ave. in Wyoming to grow leafy greens and herbs using its proprietary technology and controlled environment agriculture processes. Courtesy photo

Next-gen ag producer seeds future growth in deal for West Michigan greenhouse: Edible Garden applies manufacturing lens to ag production

BY Sunday, September 25, 2022 06:26pm

WYOMING — A national company at the forefront of next-generation agricultural practices is putting down roots in West Michigan after being lured to the region in part by its legacy of manufacturing innovation.

A subsidiary of Belvidere, N.J.-based Edible Garden AG Inc. (Nasdaq: EDBL) closed Aug. 30 on a nearly $2.9 million deal to acquire the assets of Greenleaf Growers Inc., a greenhouse and wholesale commercial flower grower. The deal included cash and a $1.1 million promissory note.

Edible Garden, which uses controlled environment agriculture techniques to produce organic leafy greens and herbs, cited the location’s proximity to supercenter retailer Meijer Inc., one of its distribution partners, as one of the draws to West Michigan, along with the region’s manufacturing roots.

CEO Jim Kras also noted the region’s growth culture, entrepreneurship and industry as contributing factors.

“People are staying here,” Kras told MiBiz. “You have a lot of really progressive, smart people in the area. You don’t have to go to the New Yorks or the L.A.s and pay an exorbitant amount to do something innovative like this.”

With a flagship location in New Jersey, Edible Garden Inc. operates state-of-the-art greenhouses to grow lettuce, cut herbs and potted herbs, which it distributes in local markets to more than 30 grocery retailers around the country.

The local transaction also included a 5-acre commercial greenhouse facility at 2900 Madison Ave. SE, where Greenleaf produced spring crops, fall mums and seasonal poinsettias. The operation will be renamed as Edible Garden Heartland.

Edible Garden General Manager Mike Sudbury, who will lead the Grand Rapids operations, said the “fantastic facility” will provide the company a platform to deploy its GreenThumb proprietary agricultural technology, which optimizes growing in vertical and traditional greenhouses while minimizing pollution-generating food miles.

It has great bones,” Sudbury said of 2900 Madison. “We are excited to implement our technology and make something sustainable.”

With the deal, Edible Garden also retained all of the local workforce and anticipates adding up to 40 additional jobs, Sudbury added.

‘Serious capacity’

According to Kras, the company’s $14.7 million initial public offering on May 5 provided the funding needed to capitalize on growth opportunities like the deal for Greenleaf Growers.

“We took the company public with the mindset of really growing the business,” Kras said. “The IPO allowed us to do this.”

Kras also added that Grand Rapids is an ideal location for the company’s expansion as it works to serve customers with high-quality products and improve upon the controlled environment agriculture model. Edible Gardens also operates a similarly sized facility at its headquarters in New Jersey.

Controlled environment agriculture marries traditional horticulture with an engineering framework for optimized crop production. The model tightly controls lighting, temperature, nutrition, supplemental CO2 and airflow to yield more crops with less loss year round.

Kras likens the process as a manufacturing approach to agriculture.

“We look at it where we’re trying to deliver the same widget, even though we know it’s got inherent challenges as it relates to being perishable and temperature controlled,” Kras said. “We address it with that methodology and go to market that way.”

The firm expects the Wyoming facility will support $15 million to $20 million in annualized revenue over the next few years.

“It has some serious capacity,” Kras said. “It’ll take a while to get there, but it has some real capabilities. We will do more as we look to put in grow systems that really utilize the space.”

As well, Edible Garden plans to continue operating the horticultural business that had been a staple for Greenleaf Growers and historically generated approximately $2 million in annual revenue. Executives said the business gives the company a range of cross-selling opportunities within its network of customers.

Dallas-based M&A firm Generational Equity advised Greenleaf Growers owner Nicholas DeHaan on the deal. DeHaan had operated the company with his late father, John DeHaan III.

Growing sector

Once operational, the Edible Garden facility will join a number of companies in West Michigan that have deployed controlled environment agriculture techniques in recent years.

They include New York City-based Square Roots, which opened a modular indoor farming facility growing leafy greens, herbs and other produce at the Gordon Food Service Inc. headquarters in Wyoming.

As well, Caledonia-based Revolution Farms LLC grows premium lettuce varieties and field greens year round at its fully automated facility at 2901 76th St. SE, which is capable of producing 20,000 to 25,000 pounds of produce each week.

“We are in a very exciting sector right now,” Kras said. “It’s bittersweet because it’s driven by climate change. We’ve had an eye on just doing it better, doing more with less.”

According to Worldbank, agriculture and food production contribute to 29 percent of all global greenhouse gas emissions. A report by the Food and Agriculture Organization of the United Nations noted that global demand for food will require 70 percent more agriculture production by 2050.

Experts cite controlled environment agriculture as a potential solution to meet global food demands while minimizing the negative climate effects from food production. The process reduces the need to import crops, eliminates the need for pesticides, automates harvesting to minimize waste, and uses up to 95 percent less water.

A 2021 report by Boston-based firm Lux Research projected controlled environment agriculture to reach a market value of $100 billion by 2030.

Pursuing sustainable goals

Despite the myriad benefits and industry growth potential, controlled environment agriculture still requires significant energy to operate, which remains a significant concern among the sector’s proponents.

As Kras notes, running a 5-acre greenhouse in Michigan in the winter “costs a lot of money.” Edible Garden is forging partnerships with community and industry stakeholders to find solutions for this energy hurdle.

One such partner is Schneider Electric, a multinational company specializing in digital automation and energy management that consistently ranks high in indices of the world’s most sustainable companies.

“We are looking at not only solar but geothermal energy,” Kras said. “Schneider Electric will help us with the reporting and allow us to monitor how the facility is performing as well as what the CO2 output is. The energy cost just has to be addressed because it is a nonstarter for our competition.”

Edible Garden Heartland also is partnering with the University of Michigan’s School of Environment & Sustainability and Erb Institute to work directly with students to develop and implement business-driven sustainability solutions in the controlled environment agriculture sector.

Erb Institute Associate Director Emily Keeler says the partnership with Edible Garden is a perfect fit for the institute’s mission to foster a more sustainable world through the power of businesses.

“A lot of people have the misconception that if you are making an impact, you have to go through a nonprofit. We do have students that go through that route, but we have a lot of students that are interested in the much broader impact that businesses can make,” Keeler said. “This particular project brings together the intersection of thought around business and sustainability.”

Kras says he hopes the innovation that comes from these partnerships creates new opportunities in the industry where energy costs can be prohibitive.

“I don’t want my competition to fail,” Kras said. “There needs to be a shift in how we grow products, and a rising tide lifts all boats.”

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Vertical farming is a sustainable option with low environmental impact.

Vertical farming requires controlled environments and strict nutrient management, increasing maintenance costs.

Vertical farm construction requires a significant initial investment, but can generate $15-20 million in annual revenue.

The controlled environment agriculture market is expected to reach $100 billion by 2030.

Energy costs account for about half of vertical farm operating costs, but some use 100 percent renewable energy.

Title:

Content: FINANCIAL TIMES
vertical farms.
The New Future of Agriculture
The asphalt-covered industrial park in the swamp lands between Newark, New Jersey, and Manhattan looks like a promising place for growing cracked pavements or broken glass.
However, there is something more appetizing that grows inside one of its warehouses, strawberries.
Amid the constant rhythm of the air-conditioning units and under the glare of fluorescent lamps, displays the wonderfully flavored berries along with trays of fragrant leafy vegetables.
They are monitored by a group of machines and technicians who carry laptops and wear white suits, sometimes talking about "conveying" some "flavor characteristics" or "improving" the crop.
As a landscape of nature mastered by technology, it ’ s impressive and a bit worrisome.
Like Jurassic Park.
Irving Fein, the mastermind of the operation, says, “You ’ re standing in the future. ”
Finn is the founder and CEO of Bowery Farming, a leading startup group of companies trying to revolutionize the world ’ s food supply through vertical farming.
They grow fruits and vegetables in tightly controlled indoor environments and use automation, cutting-edge plant science and vast amounts of data processing.
After years of lab testing, Bowery and other companies are now racing to scale up commercial production and beat competitors with a dominant share of what they are convinced will be a vast market.
Reliable figures are hard to come by.
But one company, Grand View Research, estimates sales reached $4.3 billion last year, compared with just over $1 billion in 2019.
The company expects a compound annual growth rate of 25.5 percent through 2030.
While North America has been a hotbed of industry, governments in the Middle East, where farming conditions are unfavorable, have been very enthusiastic.
The benefits promoted by the owners of vertical farms are multiple.
Without having to worry about external disasters such as pests, floods or droughts — “externalities, ” as Finn calls them — Bowery ’ s scientists can choose from a variety of tastiest varieties that otherwise wouldn ’ t make it to a grocery store.
The indoor environment allows them to grow crops without pesticides or herbicides — and 90 percent less water than is used in conventional agriculture.
In a closed circuit, the moisture emitted by developing plants is absorbed by dehumidification devices and recycled for irrigation.
With rows of crops piling up on top of each other, several stories high, vertical farms can produce many times more crop per acre than similar greenhouses — as well as a traditional field.
Because vertical farms could theoretically be found almost anywhere, produce could be grown in an industrial area next to New York City rather than having to be trucked across the city.
This means they can be moved from the picking machine to the store shelf in a matter of hours – not days.
“It doesn ’ t make sense to bring Roman lettuce from California to New York, ” says Jose Andres, a Spanish chef best known for reviving Washington ’ s sober restaurant scene and admired for feeding thousands of people in disaster zones through World Central Kitchen.
Andrés signed up as an investor and advisor at Bowery.
Vertical farming is an essential way to feed a growing population at a time when the land is bending under the pressure of traditional farming.
Tasting strawberries, he says, “There will be thousands of those farms all over the world.
The train left the station. ”
Others seem to agree. Vertical farms helped the broader agricultural technology sector attract record $5 billion in funding last year, according to the Crunchbase business information platform.
Chicago-based Arco / Murray Engineering has established a separate division to help a growing list of indoor farming projects build and equip facilities.
Patrick Heyder, who leads the group, describes it as a crazy-ass industry with a strange mix of creations and tightly guarded secrets.
“Cannabis cultivation probably predates leafy vegetable cultivation by three to five years, in terms of the number of facilities, although leafy vegetables have always been legal, ” adds Haider.
"Reimagining Agriculture"
Besides the excitement, though, there are also questions about how widespread and profitable this technology is.
Some speculate that warehouse farms will be nothing more than a specialized player.
There are also doubts about whether vertical plantation owners will be able to sell enough lettuce, in the words of one investor, to offset the exorbitant capital costs and justify their high valuations.
In October, Aerofarms, a startup that received a lot of attention, abruptly canceled a special-purpose acquisition deal that would have been worth $1.2 billion, casting a shadow over the entire industry.
The company, which is based in Newark, New Jersey, gave little explanation for the move.
One vertical farming executive admits, “Investors are a little worried right now.
They want to see evidence of the feasibility of this idea. ”
With the economy heading into recession and private equity investors under pressure, others are whispering about a wave of mergers looming in the United States.
However, Finn remains convinced that Bowery is on the verge of not only becoming a successful startup, but also literally changing the way humanity is fed.
"We are reimagining agriculture.
But what we're really doing is reimagining the entire supply chain. "
Finn briefly worked as an investment banker before becoming a tech entrepreneur.
He founded Bowery — his most ambitious business to date — in 2015 after exploring a range of ideas.
The company has raised nearly $650 million from investors, including Google Ventures and Temasek, a Singaporean state investment firm that has made food sovereignty a national security goal.
Like other vertical growers, their products to date consist mostly of leafy vegetables such as butter lettuce and basil, which Bowery sells in more than a thousand stores on the East Coast of the United States.
In terms of price, the company says its production is comparable to the organic products it competes with.
This year is shaping up to be pivotal for Bowery.
In May, it opened its largest and most advanced farm to date — a 150,000-square-foot facility in Bethel, Pennsylvania, where it uses technology and techniques it refined in New Jersey and a separate farm in Baltimore.
That kind of size will be necessary, executives say, to make a profit.
Other facilities are under construction in Locust Grove, Georgia, and Arlington, Texas.
Strawberries are a milestone.
It ’ s a leap into the world of the most challenging — and highest marginal — fruit crops that routinely top the list of “dirty dozen ” fruits and vegetables grown with high levels of pesticides.
To support its approach, Bowery in February acquired “Terabtek, ” a company that makes robots capable of picking strawberries — a delicate task that has long resisted automation.
Katie Sewell, who joined Bowery as Chief Commercial Officer after 14 years at Starbucks, says, “We think strawberries are just the beginning, there ’ s a variety of fruit crops — berries, blackberries, etc. — that strawberries will open the way for us to grow. ”
Sewell compares the industry ’ s progress and technical maturity “to the progress that desktops have reached today, with a futuristic vision for the evolution of mobile phones. ”
Others have likened this progress to the solar panel industry 20 years ago.
"Solutions to a non-existent problem"
Most of the basic research on vertical farms comes from NASA, which for decades has been competing with Soviet scientists to figure out how to grow food in confined spaces in spacecraft.
However, vertical farms have only come into existence, as a matter of business, over the past decade or so, thanks to tremendous advances in the efficiency and sophistication of LED lamps.
They are necessary because vertical farms do not have the advantage of free sun, unlike traditional farms and greenhouses.
Andrew Grimmer, head of operations at CropOne, which founded 2012 through a bizarre modification of a trailer, says, “It ’ s clear that replacing the sun and bringing it inside is expensive. ”
CropOne ’ s operations progressed to shipping containers before gradually evolving into a full-fledged vertical farm outside of Boston.
The company is currently building a US $40 million 160,000 square foot facility in Dubai for Emirates Flight Catering, which claims to be the world ’ s largest vertical farm.
As with any vertical farm, energy is one of the biggest problems you face.
In addition to lighting, these farms also operate automated plant care systems as well as large, environmentally friendly heating and ventilation systems.
“If you can solve the energy problem, you ’ ll win the competition in the vertical farming game, ” said Grimmer, estimating that electricity accounts for about half of the costs of running the CropOne farm.
But what kind of energy is that?
As with electric vehicles, vertical farm owners ’ claims of environmental impact are repaid, to some extent, if the large amounts of energy they consume are generated using fossil fuels.
Bowery uses 100 percent renewable energy on its farms.
In Bethlehem, her farm is powered by hydroelectric power.
However, the company admits that the choice of renewable energy sources, is more complicated than if they connect to current electric power.
There are other considerations when deciding the location of any vertical farm, according to Rick Drescher, who heads a new unit at Savills Real Estate that advises clients trying to find suitable properties for indoor farming.
Warehouses require high ceilings, and this greatly excludes old facilities.
As with Amazon and other retailers who have made warehouses popular in the real estate industry, they also want their locations to be close to major markets – though how close they are is another controversial matter.
All of these reasons make it expensive.
Drescher adds, “The more automated these things are, the more energy they need and the more capital they require to build them. ”
But none of that deterred investors.
The industry ’ s turning point was in 2017 when Japan ’ s SoftBank invested $200 million in Plenty, a San Francisco-based vertical farming startup, in what was then one of the largest investments in “agri-technology. ”
Jeff Bezos, founder of Amazon, also participated.
Andrew Howell, who oversees private equity funds for Ceres Partners, an Indiana-based agricultural investment firm, says, “This is when the big sums started to flow. ”
“If you can create farms so that you are close to any major city in the world, this proposal will attract venture capital investors, ” he says.
“But of course it ’ s much more complicated than that. ”
For farms to be viable, says Howell, vertical farm owners must master at least three different businesses.
First, they must have the engineering knowledge to design and build a facility laden with sensors, robots, advanced lighting and giant HVAC systems.
Then there is the important agricultural and operational expertise to grow and care for production in such conditions, round the clock, so that they can achieve consistent quality and maximum returns.
The systems are so fine-tuned that a particular plant on one shelf requires 40 percent humidity while another, just a few feet away, may require 50 percent humidity.
In the event of any technical malfunction or power outage, it can wipe out the entire crop.
Even if the company can overcome all of these challenges, it may fall at the last hurdle, the brutal competition to put its own power mix on the shelves of large retailers.
After studying the industry, Ceres chose to take a different approach. It believes there is still enough cheap land just a few hours ’ drive from major distribution centers to make the greenhouse a cost-effective and risky alternative.
So the company invested in state-of-the-art farms, equipped with available Dutch equipment, rather than spending time and expense engineering vertical farms.
Howell says it ’ s the equivalent of buying an Audi instead of building a Formula One, “Sometimes when you use vertical farming, you solve a problem that doesn ’ t even exist. ”
The biggest authority in the world.
Bowery decided to do something different.
It first unveiled its newest and most advanced facility in Bethel, about 85 miles west of New York City, in a modern industrial zone built on the grounds of a former steel factory.
The plants progress through different plants until they become perfect, as in the miniature machines in the production line, which took two full years of work by Scott Horohu to assemble them, a veteran engineer at Amazon and the German car industry.
Horoho, senior vice president of Bowery Farm Design, says, “We are constantly working on improvements. ”
In practice, Horohoe ’ s challenge is to turn recipes created by scientists at Bowery Research Lab in New Jersey into products that can be widely distributed on the public market.
All that exists around Horoho are dishes of arugula, basil and butter lettuce, which give the warehouse the fragrant grances of the largest salad in the world.
The automated process goes roughly as follows, after the seeds are scattered in a small cup by an Italian-made dispenser, their first stop is a super-humid germination chamber.
They stay there for three to five days, like preterm babies.
After every few seconds, spray from the top of the plants while the lights are turned on and off at a regular pace in the germination room.
When plants reach a few inches in height, a particular machine sucks these "plugs" out of their cups, row after row, and places them in a larger dish designed to distribute oxygen and nutrients around the roots of these plants.
Bowery calls these larger dishes “pontoons ”.
Each buoy has its own bar code and moves on a conveyor belt to one of the five rooms designated for growth.
Inside the rooms, there is a network of shelves up to several floors, such as multi-storey parking lots.
Bowery ’ s operating system then determines the appropriate parking space for each particular raft, and then uses an elevator and robot, to guide the raft to its proper position.
Once placed in place, the amount of water, nutrients, air flow and lights allocated to the plant are determined.
Small cameras constantly take pictures of plants growing, sending this data to the operating system so it can make adjustments.
Although the facility is under remote monitoring, Horoho still likes to “walk the farm, ” he said.
“As much as we rely on technology to monitor the health of plants, there ’ s nothing better than using our eyes, ” he says, staring at a seemingly endless field of coriander stalks wavy with a breeze pre-set to match the ideal speed of the air.
When it ’ s time to harvest, a machine adjusts the height of a sharp blade in it and the cutting speed based on the code for each raft.
Another machine then wraps them using photographic and laser technology that can be programmed with millimeter accuracy in order to determine if any paper should be disposed of due to defects in it.
Finn says, "What we're building is an ecosystem.
It mimics the conditions outside, providing everything plants want and need. ”
Publish it.
MORE FROM FINANCIAL TIMES

LED lighting and other technologies can increase vertical farming's economic viability by reducing energy consumption.

Title:

Content: Vertical farming: global food security solution or expensive way to grow leafy greens?

Some producers have gone bust, but technological advances could see the approach applied to a wider variety of crops

Powered by automated translation

As the world’s population grows – the UN forecasts that it will exceed 10 billion by 2100 – new ways to increase food production are being sought.

This is illustrated by the rise of vertical farming, which involves crops being grown in layers in an indoor environment.

Eye-catching examples have hit the news in recent years, such as Pasona Urban Farm in a multi-storey office block in Japan.

Meanwhile, researchers have suggested that some of the world’s thousands of abandoned mines could be repurposed as farms.

But is this brave new world of agriculture really part of the answer to global food security issues – or is it suitable only for producing salad vegetables, strawberries and a small number of other crops?

What is vertical farming and what are its advantages and disadvantages?

Vertical farming involves growing crops in layers one on top of the other in systems where light is provided by LED bulbs instead of the sun, and humidity and temperature are controlled. Depending upon the climate where the farm is located, heating or cooling may be required.

Dr Hail Rihan, of the University of Plymouth in the UK, prefers the term controlled environment agricultural systems to reflect the fact that the plants are grown indoors in strictly managed conditions.

Key advantages include there being higher yields for a given ground area, sometimes many times those of outdoor or greenhouse agriculture.

As conditions are precisely controlled, crops can be grown year round, eliminating seasonal shortages, and in almost any location. The controlled conditions also make it harder for pests to become established.

Often vertical farming is associated with hydroponic systems, in which the plant is grown in a nutrient solution rather than soil. This may reduce water use by as much as 90 per cent compared to traditional growing.

However, controlled environment agriculture requires significant investment in buildings and equipment, and has high running costs.

If the electricity for the lighting and heating or cooling comes from burning fossil fuels, vertical farming can have a much higher carbon footprint than traditional agriculture, in which plants take energy from the sun rather than LED bulbs.

Higher costs explain why vertical farming and other controlled environment systems are used for a relatively narrow range of crops, including leafy green vegetables such as lettuces and basil, fruits including strawberries and mushrooms. Multiple crops of these can be produced in a year, offsetting high running costs.

Dr Rihan, who has been involved with multiple projects, including several in Saudi Arabia, is confident that vertical farming will be rolled out much more widely in future.

“It became commercially applicable, even for leafy greens, [only] in the last three to four years. The technology is developing very fast,” he said.

“Very soon the technology will be applied for a wide range of crops.”

One study estimated that the industry would be worth around $3 billion this year.

Can vertical farming compete with other forms of agriculture?

Prof Carl-Otto Ottosen, who researches plant growth and agriculture at Aarhus University in Denmark, said that in his home country and other parts of northern Europe, vertical farming was often not competitive because of its high energy use.

Small crops often produced in vertical farming can, he said, be grown equally well in his region in a greenhouse where environmental conditions are controlled.

He questioned the economic viability of vertical farming in his country.

“From a Danish point of view, you cannot produce anything now and make money from it,” he said.

“You don’t get the payback. Very few people would pay £5 (Dh23) for a white cabbage here in northern Europe.”

There have been missteps in the industry, with a number of vertical farming companies having been declared bankrupt or forced to downsize amid financial woes.

Prof Ottosen said that there might be a better case for vertical farming in places such as Singapore, where land is at a premium.

Indeed the South-East Asian city state has multiple vertical farms, tying in with its aim of producing 30 per cent of its nutritional needs by 2030.

Several other Asian countries, including China, Japan, South Korea and Thailand, also have vertical farms, as does the US.

There have also been major investments in vertical farming in the Middle East, including the UAE, where traditional agriculture faces extreme temperatures and water stress.

Extreme temperatures mean high energy demands for cooling, but if the power comes from solar energy, costs and carbon emissions can be defrayed.

Also, controlled environment agriculture or vertical farming may have an advantage in very hot climates, Dr Rihan said, because buildings can be insulated, so cooling is possible. Cooling a greenhouse is much more difficult, he said, because of the lack of insulation.

It may also become more useful as some areas become less suitable for traditional agriculture as a result of climate change.

“In Europe, the supply chain is being challenged from Spain and Morocco because of weather conditions – limited water and high temperatures,” Prof Ottosen said.

Greenhouse producers in northern Europe are, he said, expanding their production to cope with these supply chain difficulties, although vertical farms could be another alternative source of produce.

Controlled environment agriculture systems, including vertical farming, may become increasingly competitive because, for example, LED lighting – the technology that made vertical farming possible in the first place – is becoming more efficient.

The automation technology, including robotics and software, that vertical farming relies upon is also advancing.

Will vertical farming replace traditional farming?

While enthusiasts for vertical farming hope that its methods will become applicable to a wider range of crops, there are plants for which traditional methods will almost certainly remain most suitable.

Maize, one of the most important crops globally, with annual production of about 400 million tonnes in the US alone, is an example.

It grows to about two to three metres tall, which means that it is not feasible to have multiple crops above one another.

If just a single layer of maize is grown, indoor production in a controlled environment with LED bulbs to provide light and a controlled temperature is uneconomic.

However, there are crops not currently grown vertically that may become more suited to controlled environment agriculture thanks to scientists.

Wheat is not ideally suited to controlled environment agriculture because it requires much higher light intensity – and so higher costs – than lettuce and other leafy green vegetables, and the growing cycle is longer at six to seven months.

However, Dr Rihan said that researchers have been able to shorten the seed-to-seed growth cycle to as little as two months, which would allow multiple crops to be grown and harvested each year.

Furthermore, advances in plant breeding are leading to the development of varieties suited to indoor cultivation, so he envisages a future where the techniques will be used with crops like wheat.

Updated: March 02, 2024, 6:33 AM

Vertical farming can help overcome traditional agricultural challenges and support local economy and food security.

The industry is expected to be worth $3 billion this year, growing 25.5 percent annually through 2030.

High capital costs and energy expenses challenge vertical farms, which also face a fragmented market.

Public policy is needed to support urban agriculture and address vertical farm challenges.

Title:

Content: Urban agriculture can boost rural food production - Stephen Fox

Urban agriculture might never replace food production from rural areas, but it can provide a useful additional source of locally grown produce alongside a substantial range of positive economic, environmental and societal benefits.

While Scotland is well placed to get ahead of the curve, there is an urgent need for leadership, guidance and a strategic approach from the Scottish Government, its development agencies and our civic leaders to secure this lead.

Covid-19 has highlighted the vulnerability of supply chains for fresh produce and given impetus to developing new ways to increase localised food production – and by doing so, reducing “food miles” and increasing environmental sustainability.

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Consumers are becoming more interested and aware of the importance of supporting both of these aspects when choosing their produce. Exciting new developments in the horticultural industry are making use of the latest technologies in controlled environment agriculture for producing food in urban areas.

80 per cent of the population of Scotland live in cities and towns, but virtually all our food supplies come from rural areas or are imported. In particular, we rely heavily on imports for fresh fruit and vegetables.

Embracing urban agriculture and developing a strategy and vision on how it could be taken forward in Scotland is now urgently needed to meet the coming challenges to food security.

North America and Southeast Asia (Singapore and Japan) are ahead of Europe in innovations and uptake of high-tech urban agriculture. The drive has come from the latest innovations in growing techniques e.g. hydroponics and LED lighting as a source of energy for efficient light for growing indoors.

However, there are some interesting recent major European projects. Agropolis Paris spans 14,000 m2 making it the largest urban farm in Europe producing around 1,000kg of fruit and vegetables daily, using entirely organic methods. Roeselare in Belgium has just opened a fully closed rooftop greenhouse built on top of a food market hall.

One innovative Scottish company is already embracing these changes in food security. East Lothian based Agron-Pod uses hydroponic technology and expert LED lighting to grow high value, nutritionally rich microgreens, leafy greens, herbs, veggies, fruits, edible flowers and medicinal plants, inside a modular indoor farm system or utilising existing infrastructure. The Pods are custom-designed to the farmer’s specifications, utilising the latest in horticultural technology to assure the highest yield. They are vandal-proof and equally suited to use on derelict or abandoned land in urban areas or in remote and island locations.

We need to enhance the capability of food technology within urban spaces, covering the quality and safety of food, and to develop capacity in efficient resource use to achieve a circular economy – and it is essential to make the best use of public spaces - including abandoned and neglected ones.

The successful adoption of urban agriculture, however, requires more than implementing the technical systems, it also requires changes to the way in which cities and city systems are planned and implemented to include wider elements such as biodiversity maintenance and social sustainability. It also means gaining a better understanding of human interaction with city planning and governance - changing the way that citizens and policy makers think about their food supply and their city

The challenges include integration of different types and approaches providing the mechanisms and providing the financial support necessary to turn the latest innovations into commercial and profitable activity. There is also a need for city-wide spatial planning and policies incorporating urban agriculture in future strategic plans.

In conclusion, effective public policy on urban agriculture needs to cover:

*Technology and Innovation by showcasing innovations through public funded support for pilot demonstration projects taking up the latest innovations in different technologies and systems e.g. rooftop, open air, indoors, hydroponics LED lighting, circularity and resource efficiency.

*The promotion of the environmental and sustainability advantages of less land use, reduced chemical and pesticide usage, CO2 savings and the contributions such an approach will make towards zero carbon and zero waste goals and mitigating the urban heat island effect. The integration of renewable energy e.g. solar panels should also be key design feature.

*Not all motivations are driven by commercial and economic considerations and society health and wellbeing should also be important considerations. The social benefits for health and promote well-being for all ages not only through healthy diet but also by being physically and mentally active in gardening, socialising and learning should also be recognised.

Stephen Fox is a former civil servant with the Scottish Government and now an adviser to Harper Adams University

Infarm, a vertical farming company, is valued at over $1 billion and uses 95% less land and water.

Title:

Content: This is the new delo.ua.
The site works in test mode
For the first time in Europe, a vertical farm is valued at more than $1 billion
Berlin startup Infarm, which developed vertical farming technology for grocery stores, was estimated at $1 billion.
It is the first vertical farming startup in Europe to reach $1 billion.
Investors in the latest round of funding include Partners in Equity, Hanaco, Atomico, Lightrock, Bonnier and the Qatar Investment Authority, which will support the company ’ s expansion in the Middle East.
Erez Galonska, co-founder and CEO of Infarm, believes that the current European food system is broken.
He added that Infarm aims to build a global agricultural network of climate-resilient vertical farms.
Currently, the company grows 75 different varieties of herbs, salads and leafy greens, but in the future wants to start growing fruits and vegetables.
Infarm is going to sell premium products at affordable prices for everyone.
In 2022, the company will start growing 40 new crops, including mushrooms, cherry tomatoes, peas and strawberries.
Despite the fact that Infarm has many advantages, critics of vertical farms claim that it is difficult for them to make a profit, since such farms consume too much energy and are expensive to operate.
Unlike traditional farming, Infarm vertical farms do not use pesticides.
They also recycle water and nutrients and use the evaporated water of plants.
As a result, they use 95% less land and 95% less water than soil agriculture, says Infarm.

The vertical farming market is expected to grow by USD 6.49 billion from 2021 to 2026 at a 16.55% CAGR.

Title:

Content: Vertical Farming Market size will grow by USD 6.49 Billion from 2021 to 2026|Need to meet the rising demand for food products is one of the key drivers – Technavio

NEW YORK, Nov. 5, 2023 /PRNewswire/ — The vertical farming market size is expected to grow by USD 6.49 billion from 2021 to 2026, progressing at a CAGR of 16.55% as per the latest Technavio market research report. The need to meet the rising demand for food products is one of the major factors driving the vertical farming market growth. To produce high quantities of food products without depending on favorable climatic conditions, vertical farming offers a revolutionary approach. However, with the increasing population, the demand for food production is also increasing. Technologies used in vertical farming can significantly be used with different farming systems in multi-level designs and deliver more area than single-level systems. This leads to an increase in the crop yield and offers a high-profit agricultural activity for the end-users. Therefore, the maximum crop yield and minimum overhead offered by vertical farming are anticipated to satisfy the rising demand for food products and can positively impact the growth of the vertical farming market during the forecast period. For more insights on the market share of various regions- Download a sample report in MINUTES

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Market Dynamics

Vertical Farming Market Challenge: Growing Concerns Regarding Vertical Farming

The major factor challenging the vertical farming market growth is the limitations of vertical farming. It is appropriate for growing only a few varieties of vegetables and fruits. moreover, through vertical farming, farmers can grow only limited types of fruits and vegetables. Also, vertical farming does not provide calorie-rich foods as they require high food security. However, traditional farming methods are used to produce domesticated grain crops such as wheat, barley, corn, and rice. Similarly, calorie-rich root crops can grow well only with outdoor farming methods. Therefore, the limitations of vertical farming can influence the growth of the vertical farming market during the forecast period.

To know about more drivers, trends along with challenges – Download a sample now!

Some of the key Vertical Farming Market Players:

AS GIRI AND AQUA LLP, Bowery Farming Inc., Dream Harvest Farming Company LLC, Eataly Net USA LLC, Elevate Farms, Hortifrut SA, Kalera Inc., Nordic Harvest AS, Plenty Unlimited Inc., SPREAD Co. Ltd., Triton Foodworks, Upward Enterprises Inc., URBAN GREEN FATE FARMS, UrbanKisaan, Vertical Harvest, Vertical Roots, and Village Farms International Inc.

The vertical farming market is fragmented and the vendors are deploying organic and inorganic growth strategies to compete in the market.

Vertical Farming Market: Segmentation Analysis

This market research report segments the vertical farming market by product (Tomato, Lettuce, Bell and chilli pepper, and Strawberry) and geography (APAC, North America, Europe, South America, and Middle East and Africa).

  • The vertical farming market share growth by the tomato segment will be significant during the forecast period. The significant factor behind growing crops such as tomatoes in vertical farming is to validate the economic viability of that crop, as it ensures that the company will make a large amount of money from its cultivation. In the food and beverage industry tomatoes are popular and are used in abundance in hotels, restaurants, and fast-food outlets worldwide. Additionally, the fast-food business is growing across the world, driving the demand for tomatoes. Thus, the growing demand for tomatoes is anticipated to drive the demand for vertical farming during the forecast period.
  • APAC is estimated to account for 43% of the market’s growth during the forecast period. In APAC, China and India are the major markets for the vertical farming market. In this region, market growth will be faster than the growth of the market in other regions. Over the forecast period, the increasing population and less availability of fertile land will facilitate the vertical farming market growth in APAC.

For additional information on the market contribution of each segment – Grab an Exclusive Sample Report

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Related Reports:

The smart farming market share is expected to increase to USD 7.04 billion from 2021 to 2026, and the market’s growth momentum will accelerate at a CAGR of 13.65%. This report extensively covers smart farming market segmentation by application (soil and crop management, fleet management, storage and irrigation management, and indoor farming), product (automation and control systems and smart agriculture equipment and machinery), and geography (North America, Europe, APAC, Middle East and Africa, and South America). One of the key factors driving the global smart agriculture industry growth is the availability of low-cost cloud services that encourages farmers to adopt smart farming.

The indoor farming technologies market share is expected to increase by USD 6.93 billion from 2021 to 2026, and the market’s growth momentum will accelerate at a CAGR of 20.93%. This report extensively covers indoor farming technologies market segmentation by application (greenhouse farming and vertical farming) and geography (Europe, APAC, North America, South America, and Middle East and Africa). One of the key factors driving the global indoor farming technologies market growth is the need to improve the yield of crops and reduce crop wastage.

Table of contents

  1. Executive Summary
  2. Market Landscape
  3. Market Sizing
  4. Historic Market Size
  5. Five Forces Analysis
  6. Market Segmentation by Product
  7. Customer Landscape
  8. Geographic Landscape
  9. Drivers, Challenges, and Trends
  10. Company Landscape
  11. Company Analysis
  12. Appendix

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Rising food demand drives vertical farming growth, which is expected to progress significantly in the coming years.

Vertical farming can regulate the environment for crops and increase land use 120 times.

Title:

Content: People 's Daily Online > > Economy and Technology
Sichuan Chengdu unmanned vertical plant factory — —
There is also an assembly line for growing vegetables (big data observation and practice big food concept)
Our reporter tour instrument
April 17, 2024 06: 23 | Source: People's Daily - People's Daily
Small number
Plant factory diagram.
Xiong Qianyu Cartography
Graphic: Wang Zheping
Source: Ministry of Agriculture and Rural Affairs
Core reading
General Secretary Xi Jinping pointed out: "Food is required for facility agriculture."
As an efficient agricultural system that realizes continuous crop annual production through high-precision control in a closed environment, plant factories can regulate and control the environment in real time according to the requirements of different crops for lighting, temperature, humidity, nutrition and other factors, and accurately supply and achieve efficient production.
How can plant factories achieve plant production through precise regulation?
How is production and safety guaranteed?
How to control the cost of construction and operation and maintenance? The reporter visited Chengdu, Sichuan Province.
Can plants grow without the need for soil, without the need for the sun, in a factory?
In the unmanned vertical plant factory of Chengdu National Science and Technology Innovation Center for Modern Agricultural Industry in Sichuan Province, the answer may be found.
In front of them is a multi-layer steel frame, looking up, the top of the shelf is filled with lamp beads, and the red and blue light shines on the lettuce leaves of the water spirit.
Through the glass, the whole factory was pink, as if in a science fiction film set.
“There ’ s also an assembly line.
Sowing, seedling, with nutrients, light, suitable temperature, a lettuce can grow in only 35 days.
It should be in the field outside, at least double the time, "Yang said, pointing to the 20-story vertical plant factory.
As the chief scientist of the Institute of Urban Agriculture of the Chinese Academy of Agricultural Sciences, he has devoted himself to plant factory research for nearly 20 years with his team.
From vegetable and fruit cultivation to rice breeding, the whole process of intelligent regulation, in this unmanned chemical plant, the plants are rising and growing.
'Accelerated 'is a label for plant factories
As the computer issues instructions, the robot arm flexibly plants a tray of lettuce seedlings to the cultivation plate, and then the robot sends it to the designated "floor".
Then, debug the LED light source and transport the nutrient solution.
Wait until the lettuce is ripe, then remove from the "floor", cut the roots, and pack.
Relying on intelligent control and auxiliary robot technology, from planting to cultivation, from harvesting to packaging, plant factories have been able to achieve unmanned operations.
Natural farming, depending on the day to eat, must follow the laws of nature. "Wind and rain are good, if the weather disasters, pests and diseases, often reduce production." Yang Qichang introduced, planting conditions are difficult to ensure a long-term problem, from nature to control, greenhouse is a kind of exploration, can grow off-season vegetables, but also be affected by high temperature, snow and other bad weather.
The emergence of plant factories has broken the constraints of natural conditions.
As an efficient agricultural system that realizes continuous production of crops through high-precision control in a closed environment, plant factories can regulate and control the environment in real time according to the requirements of different crops for lighting, temperature, humidity, nutrition and other factors, and accurately supply and achieve efficient production.
In plant factories, it can also induce crop flowering, promote rapid growth, and greatly shorten the crop reproductive cycle.
"'Accelerate' is the label for plant factories," said Wang Sen, a researcher at the Urban Agriculture Research Institute.
For one plant of lettuce, the growth period can be shortened from 70 days to 35 days; for one plant of rice, the growth period can be shortened from 120 days to 63 days.
This set of technology, which is not constrained by land, space and climate conditions, regulates the rapid growth of crops according to the light-nutrient coupling technology of plant factories, and can shorten the growth period of crops such as rice, wheat, corn, soybeans, cotton and rape by more than half, providing effective support for the acceleration of crop breeding.
Building a database of 1238 "light recipes"
A visit to the school, so that Yang Qichang pushed open the "door" of plant factory research.
In 2005, in a laboratory at Wageningen University in the Netherlands, uncovering the black cloth, the red and blue light shining, lettuce looks promising.
Since then, the seeds of curiosity have taken root in Yang Qichang: how does the LED light source affect plant growth? How to use LED lighting to solve the energy consumption problem of the plant factory light source?
When you return, take action.
While setting up the laboratory, we went around looking for the light source.
"At that time, LED lighting has just started, and there are few manufacturers in China.
We even tried to replace it with a red laser, and it turned out that the energy was too strong for the plants to bear, "Yang recalled.
After several setbacks, the team finally found four LED light source boards.
Constantly debugging, repeated experiments, optimizing the ratio and reducing energy consumption, which lasted for many years, Yang Qichang led the team to create an unmanned vertical plant factory in Chengdu, which can produce more than 10 crops of vegetables a year.
In the plant factory, the LED lamp beads on the top of the shelf are different in color. In the planting process, red, blue, green, near-ultraviolet and infrared light will be deployed according to crop varieties and growth links. A 'light formula' that greatly improves the light efficiency of the system.
At the same time, the auxiliary optical-temperature coupling energy-saving control technology can reduce the overall energy consumption of plant factories by more than 56%. "
In order to solve the problem of low utilization of planar cultivated land and space, the team used vertical three-dimensional cultivation technology to achieve a technological breakthrough in the expansion of three-dimensional space. “This vertical plant factory with 20 layers of cultivation can increase the land utilization rate by more than 120 times. ”
At present, the annual output of vegetables in the plant factory of about 200 square meters can reach more than 60 tons.
Through the use of self-cultivated new crop varieties, vertical three-dimensional cultivation system, automatic nutrient solution supply system, artificial simulation energy-saving light source and AI-based intelligent control system, the annual stable production of food can be realized in the vertical space.
Large-scale promotion still needs to be reduced
High yield per unit area, strong crop production stability, saving land resources … In Yang Qichang ’ s view, plant factories have many advantages. “For a large agricultural country like ours, it is very important to develop plant factories, which help improve crop production efficiency and highlight the progress of agricultural technology. ”
Although the use of technical means, energy consumption has been reduced, but to promote the popularization, high energy consumption is still a barrier in front of the team.
In addition, compared with open field cultivation and greenhouse, there are problems such as high initial construction cost and large investment in later operation and maintenance. "Overall, the unit production cost of plant factories is relatively high."
At present, the team is exploring the profit model of the plant factory.
According to the report, the production of high-end leafy vegetables in plant factories focuses on densely populated urban areas such as Beijing-Tianjin-Hebei, the Yangtze River Delta, the Pearl River Delta, and Chengdu and Chongqing, and areas where the self-sufficiency rate of local vegetables is less than 10 percent.
In addition, plant factories can also be used for intensive seedling raising, which can not only reduce production costs, but also ensure the quality of seedlings.
From running to leading, it is exciting that China's plant factories have begun to go international.
At the international training course on plant factory technology, students from more than 20 countries received systematic plant factory training; plant LED light source products based on "light formula" have been promoted to more than 100 countries and regions; about the landing project of unmanned vertical plant factories, has reached cooperation with the United Kingdom, Saudi Arabia, Chile, Qatar and other countries......
From desert to wasteland, from islands and reefs to plateaus, Yang hopes that plant factories can play a big role in more non-arable land.
He believes that this day is not far away.
People 's Daily (April 17, 2024)
(Editor: Wei Jia, Bai Yu)
Public Number ： People 's Network Finance
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The unit production cost of plant factories is high, hindering large-scale promotion due to initial construction costs.

Vertical farming offers a sustainable and economically viable solution for food production, reducing transportation costs and increasing crop yields.

Vertical gardens improve air quality and provide natural insulation.

Title:

Content: LIFE ・ Classic ／ The concept of wreath architecture on the New York skyline comes from the “terraces ” of Asia
Courtesy of Lilly Tower.
(Courtesy of Studio Vural)
Journalist Tsai Wai-ju / Comprehensive Report
The skyline of Manhattan will take on a new look, a Gothic tower building dating back to 1923, will become an arc skyscraper, more specifically the appearance of the building is covered with vegetation, but they are not only decorative, there is no fear of tall gardeners to update the plant regularly, it is a vertical garden outside the building, and the concept is from the Asian terraced system.
Studio Vural, who conceived the “Lilly tower, ” says the shape of the building is like a terraced field in some parts of Asia, one of the most extreme examples of the use of land, where every inch of fertile soil is important, and the skyscraper next to Bryant Park in Midtown Manhattan is expected to bring a hint of green to the sky.
The Lilly building will be made of three layers of glass and partially covered with vegetation. The planting system will be made of light concrete supported by steel frames. It is a plant that can grow well in both soil and acidity. It will wither the plant if it is well drained.
The flowers are red, yellow, and orange, meaning that in the spring New York will see a field of flowers in skyscrapers, and may be very appetizing to urban gardeners, who are now more and more in the city.
However, combining the building with plants is not only a beautiful function, in addition to beautiful flower fields and contributing to the good urban air, it is also a low-energy design, natural insulation can allow the building to reduce the internal consumption of the climate, in addition, Lilly Building is also a passive building, using a small amount of energy to maintain a comfortable internal environment.
The heat of the sun will flow through the large glass, and the fresh air will enter through the open windows of the residential section.
Heating and cooling will be provided by the geothermal system, the heat exchanger helps to minimize energy loss, and the plants on the outer walls provide heat preservation and insulation. According to the design, the building has 21 floors for commercial space and 18 floors for residential use.
In any case, we all welcome the emergence of more energy-efficient, sustainable skyscrapers, not to mention lilies in the spring, and beautiful greenery in other seasons to breathe for the people of the city.
Key words:
LIFE, Classic, Architecture, Passive Architecture
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Weight load can be addressed in vertical gardens with light concrete and steel frames.

Title:

Content: LIFE ・ Classic ／ The concept of wreath architecture on the New York skyline comes from the “terraces ” of Asia
Courtesy of Lilly Tower.
(Courtesy of Studio Vural)
Journalist Tsai Wai-ju / Comprehensive Report
The skyline of Manhattan will take on a new look, a Gothic tower building dating back to 1923, will become an arc skyscraper, more specifically the appearance of the building is covered with vegetation, but they are not only decorative, there is no fear of tall gardeners to update the plant regularly, it is a vertical garden outside the building, and the concept is from the Asian terraced system.
Studio Vural, who conceived the “Lilly tower, ” says the shape of the building is like a terraced field in some parts of Asia, one of the most extreme examples of the use of land, where every inch of fertile soil is important, and the skyscraper next to Bryant Park in Midtown Manhattan is expected to bring a hint of green to the sky.
The Lilly building will be made of three layers of glass and partially covered with vegetation. The planting system will be made of light concrete supported by steel frames. It is a plant that can grow well in both soil and acidity. It will wither the plant if it is well drained.
The flowers are red, yellow, and orange, meaning that in the spring New York will see a field of flowers in skyscrapers, and may be very appetizing to urban gardeners, who are now more and more in the city.
However, combining the building with plants is not only a beautiful function, in addition to beautiful flower fields and contributing to the good urban air, it is also a low-energy design, natural insulation can allow the building to reduce the internal consumption of the climate, in addition, Lilly Building is also a passive building, using a small amount of energy to maintain a comfortable internal environment.
The heat of the sun will flow through the large glass, and the fresh air will enter through the open windows of the residential section.
Heating and cooling will be provided by the geothermal system, the heat exchanger helps to minimize energy loss, and the plants on the outer walls provide heat preservation and insulation. According to the design, the building has 21 floors for commercial space and 18 floors for residential use.
In any case, we all welcome the emergence of more energy-efficient, sustainable skyscrapers, not to mention lilies in the spring, and beautiful greenery in other seasons to breathe for the people of the city.
Key words:
LIFE, Classic, Architecture, Passive Architecture
Share with friends:
※ This article is copyrighted and cannot be reproduced without permission. [ETtoday Copyright Notice]
Back to the top.

Plants in vertical gardens require well-drained soil and can be maintained from outside.

Title:

Content: LIFE ・ Classic ／ The concept of wreath architecture on the New York skyline comes from the “terraces ” of Asia
Courtesy of Lilly Tower.
(Courtesy of Studio Vural)
Journalist Tsai Wai-ju / Comprehensive Report
The skyline of Manhattan will take on a new look, a Gothic tower building dating back to 1923, will become an arc skyscraper, more specifically the appearance of the building is covered with vegetation, but they are not only decorative, there is no fear of tall gardeners to update the plant regularly, it is a vertical garden outside the building, and the concept is from the Asian terraced system.
Studio Vural, who conceived the “Lilly tower, ” says the shape of the building is like a terraced field in some parts of Asia, one of the most extreme examples of the use of land, where every inch of fertile soil is important, and the skyscraper next to Bryant Park in Midtown Manhattan is expected to bring a hint of green to the sky.
The Lilly building will be made of three layers of glass and partially covered with vegetation. The planting system will be made of light concrete supported by steel frames. It is a plant that can grow well in both soil and acidity. It will wither the plant if it is well drained.
The flowers are red, yellow, and orange, meaning that in the spring New York will see a field of flowers in skyscrapers, and may be very appetizing to urban gardeners, who are now more and more in the city.
However, combining the building with plants is not only a beautiful function, in addition to beautiful flower fields and contributing to the good urban air, it is also a low-energy design, natural insulation can allow the building to reduce the internal consumption of the climate, in addition, Lilly Building is also a passive building, using a small amount of energy to maintain a comfortable internal environment.
The heat of the sun will flow through the large glass, and the fresh air will enter through the open windows of the residential section.
Heating and cooling will be provided by the geothermal system, the heat exchanger helps to minimize energy loss, and the plants on the outer walls provide heat preservation and insulation. According to the design, the building has 21 floors for commercial space and 18 floors for residential use.
In any case, we all welcome the emergence of more energy-efficient, sustainable skyscrapers, not to mention lilies in the spring, and beautiful greenery in other seasons to breathe for the people of the city.
Key words:
LIFE, Classic, Architecture, Passive Architecture
Share with friends:
※ This article is copyrighted and cannot be reproduced without permission. [ETtoday Copyright Notice]
Back to the top.

Title:

Content: LIFESTYLE Lifestyle
Nederland ’ s “Vertical Forest ” social housing combines environmental protection and aesthetics to enhance the quality of life
by Cecilia
/ 2021.10.17
Housing problems, land problems, property slavery, and high property prices have all become symbols of Hong Kong, and it is common for overseas places to have high-quality public housing or social housing, and in the Netherlands, Einhaven has just completed a "vertical forest" social housing covered with plants, which combines greenery, environmental protection and aesthetics.
Photo by Stefano Boeri Architetti
Designed by Italian architecture studio Stefano Boeri Architetti, the social house in Yanhaofen, Netherlands, known as the Trudo Vertical Forest, is 18 stories high and 70 meters tall and has 125 units. The balcony protruding between each unit has different width, height and depth.
Low-income people and young people starting families can improve living conditions even for citizens who can ’ t afford private housing, and apply the concept of urban afforestation as a possibility to improve the urban environment and cope with climate change.
Photo by Stefano Boeri Architetti
Trudo Vertical Forest uses white as the main color overall, and is surrounded by solar reflective glass bars, the planting balcony is equipped with sensors to monitor the hydration and nutrient levels of the soil, even the novice planting do not have to worry.
Don ’ t underestimate the amount of plants in a single building that can absorb more than 50 tons of carbon dioxide and emit more than 13 tons of oxygen each year. It makes sense to call it a “vertical forest ”.
Solar panels on the roof provide some of the energy consumed by the building, while reservoirs and rainwater harvesting systems are installed to irrigate the plants.
Photo by Stefano Boeri Architetti
In terms of indoor environment, each 50 square meters (about 538 square feet) unit can be reconfigured according to people, and the floor height is at least 3.5 meters. Although foreigners are relatively tall, they are also full of space.
Each unit has its own balcony, each with a tree and 20 shrubs.
The design takes into account the doubling of the weight and size of each plant ’ s life cycle, and there is a dedicated gardener to take care of it, who does not enter the house, but hangs down outside the building to maintain and trim the plants.
This is not the first time that the concept of “vertical forest ” has been heard, and it has been implemented around the world. However, this time, as a social housing, it is also a big attraction, and I hope to see it in Hong Kong one day.
Photo by Stefano Boeri Architetti

Vertical gardens can absorb up to 50 tons of carbon dioxide and produce up to 13 tons of oxygen annually.

Title:

Content: LIFESTYLE Lifestyle
Nederland ’ s “Vertical Forest ” social housing combines environmental protection and aesthetics to enhance the quality of life
by Cecilia
/ 2021.10.17
Housing problems, land problems, property slavery, and high property prices have all become symbols of Hong Kong, and it is common for overseas places to have high-quality public housing or social housing, and in the Netherlands, Einhaven has just completed a "vertical forest" social housing covered with plants, which combines greenery, environmental protection and aesthetics.
Photo by Stefano Boeri Architetti
Designed by Italian architecture studio Stefano Boeri Architetti, the social house in Yanhaofen, Netherlands, known as the Trudo Vertical Forest, is 18 stories high and 70 meters tall and has 125 units. The balcony protruding between each unit has different width, height and depth.
Low-income people and young people starting families can improve living conditions even for citizens who can ’ t afford private housing, and apply the concept of urban afforestation as a possibility to improve the urban environment and cope with climate change.
Photo by Stefano Boeri Architetti
Trudo Vertical Forest uses white as the main color overall, and is surrounded by solar reflective glass bars, the planting balcony is equipped with sensors to monitor the hydration and nutrient levels of the soil, even the novice planting do not have to worry.
Don ’ t underestimate the amount of plants in a single building that can absorb more than 50 tons of carbon dioxide and emit more than 13 tons of oxygen each year. It makes sense to call it a “vertical forest ”.
Solar panels on the roof provide some of the energy consumed by the building, while reservoirs and rainwater harvesting systems are installed to irrigate the plants.
Photo by Stefano Boeri Architetti
In terms of indoor environment, each 50 square meters (about 538 square feet) unit can be reconfigured according to people, and the floor height is at least 3.5 meters. Although foreigners are relatively tall, they are also full of space.
Each unit has its own balcony, each with a tree and 20 shrubs.
The design takes into account the doubling of the weight and size of each plant ’ s life cycle, and there is a dedicated gardener to take care of it, who does not enter the house, but hangs down outside the building to maintain and trim the plants.
This is not the first time that the concept of “vertical forest ” has been heard, and it has been implemented around the world. However, this time, as a social housing, it is also a big attraction, and I hope to see it in Hong Kong one day.
Photo by Stefano Boeri Architetti

Weight load and structural integrity are crucial in vertical garden design.

Regular monitoring and tailored maintenance plans are necessary for vertical gardens.

Pest management is a challenge in vertical gardens, but can be addressed with proper design and implementation.

Title:

Content: Jump directly to the content
HAnging gardens

I have a tiny backyard so created a living privacy wall from Lowe’s – the mirror helps the space look bigger

A DESIGNER has brought a tropical forest to her tiny backyard by creating a living privacy wall from Lowe's.

She added a large mirror to her look, giving the illusion of an even bigger space.

Her vision was the bijou version of the Hanging Gardens of Babylon.

But making the most out of restrictive spaces is nothing new for this TikToker.

It is her specialism and she has rocked it with this lush backyard look.

Whitney Leigh Morris of Rightsizing Home and Garden (@whitneyleighmorris) has 200,000 followers and another 2.8 million likes on her platform.

"Sustainable small space designer,” is how she describes her remit.

In this post, she had fun using a woven fence panel as the foundation of her look.

“Creating a vertical garden in our tiny outdoor space," she wrote.

First, she installed a woven privacy wall from Lowe’s.

Once this was fixed into position, the creative work could begin.

First she hung a large round mirror onto it, helping this limited space look far bigger.

Then plants were pinned onto and around the fence panel.

The effect was that of a lush green canopy.

There were grapes, succulents, cacti, and flowering shrubs.

Gardening paraphernalia were also artfully hung on the wall.

Commenters loved the finished look.

“Wow beautiful," said one.

While another simply said: “Stunning.”

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