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Building tomorrow's resilient

Building tomorrow's resilient

FOOD Infrastructure today.

FOOD Infrastructure today.

Together, we build a sustainable future for our business and our planet. At the heart of our mission lies a commitment to sustainability and innovation. Our core pillars guide us in promoting health, optimizing resources, conserving our environment, minimizing waste, and fostering continuous learning.

Home

Building tomorrow's resilient

FOOD Infrastructure today.

Together, we build a sustainable future for our business and our planet. At the heart of our mission lies a commitment to sustainability and innovation. Our core pillars guide us in promoting health, optimizing resources, conserving our environment, minimizing waste, and fostering continuous learning.

FOOD

ENERGY

WATER

WASTE

KNOWLEDGE

Promote sustainable, nutritious food choices to enhance health, support communities, and protect the environment.

Optimize energy efficiency, embrace renewable sources, and reduce our carbon footprint for a greener future.

Ensure sustainable water management, conserve resources, and protect aquatic ecosystems for future generations.

Minimize waste generation, promote recycling, and champion circular economy practices for a cleaner planet.

Foster continuous learning, share expertise, and innovate to drive growth and inspire future leaders.

FOOD

ENERGY

WATER

WASTE

KNOWLEDGE

FOOD

ENERGY

WATER

WASTE

KNOWLEDGE

Promote sustainable, nutritious food choices to enhance health, support communities, and protect the environment.

Optimize energy efficiency, embrace renewable sources, and reduce our carbon footprint for a greener future.

Ensure sustainable water management, conserve resources, and protect aquatic ecosystems for future generations.

Minimize waste generation, promote recycling, and champion circular economy practices for a cleaner planet.

Foster continuous learning, share expertise, and innovate to drive growth and inspire future leaders.

FOOD

ENERGY

WATER

WASTE

KNOWLEDGE

FOOD

ENERGY

WATER

WASTE

KNOWLEDGE

Promote sustainable, nutritious food choices to enhance health, support communities, and protect the environment.

Optimize energy efficiency, embrace renewable sources, and reduce our carbon footprint for a greener future.

Ensure sustainable water management, conserve resources, and protect aquatic ecosystems for future generations.

Minimize waste generation, promote recycling, and champion circular economy practices for a cleaner planet.

Foster continuous learning, share expertise, and innovate to drive growth and inspire future leaders.

FOOD

ENERGY

WATER

WASTE

KNOWLEDGE

Food Security Through Controlled Environments

Food Security Through Controlled Environments

Year-Round Production

Greenhouses allow for consistent food production regardless of external climate conditions, ensuring a stable supply of fresh produce.

Crisis Resilience

In the face of natural disasters, pandemics, or geopolitical tensions, local greenhouse-based food production can mitigate the risks associated with disrupted supply chains.

Nutritional Security

Greenhouses can be tailored to grow nutrient-dense crops, contributing to improved public health through better access to fresh vegetables and fruits.

Year-Round Production

Greenhouses allow for consistent food production regardless of external climate conditions, ensuring a stable supply of fresh produce.

Crisis Resilience

In the face of natural disasters, pandemics, or geopolitical tensions, local greenhouse-based food production can mitigate the risks associated with disrupted supply chains.

Nutritional Security

Greenhouses can be tailored to grow nutrient-dense crops, contributing to improved public health through better access to fresh vegetables and fruits.

Food Security Through Controlled Environments

Year-Round Production

Greenhouses allow for consistent food production regardless of external climate conditions, ensuring a stable supply of fresh produce.

Crisis Resilience

In the face of natural disasters, pandemics, or geopolitical tensions, local greenhouse-based food production can mitigate the risks associated with disrupted supply chains.

Nutritional Security

Greenhouses can be tailored to grow nutrient-dense crops, contributing to improved public health through better access to fresh vegetables and fruits.

Food Sovereignty and Community Empowerment

Food Sovereignty and Community Empowerment

Local Control

Greenhouses empower communities to control their food production, reducing dependency on external food systems.

Indigenous and Local Crops

Greenhouses can be used to cultivate traditional crops that may not thrive in local climates, preserving cultural food practices and biodiversity.

Urban Agriculture

Greenhouses integrated into urban spaces, such as rooftop gardens or vertical farms, can enhance food sovereignty by bringing production closer to consumption.

Local Control

Greenhouses empower communities to control their food production, reducing dependency on external food systems.

Indigenous and Local Crops

Greenhouses can be used to cultivate traditional crops that may not thrive in local climates, preserving cultural food practices and biodiversity.

Urban Agriculture

Greenhouses integrated into urban spaces, such as rooftop gardens or vertical farms, can enhance food sovereignty by bringing production closer to consumption.

Food Sovereignty and Community Empowerment

Local Control

Greenhouses empower communities to control their food production, reducing dependency on external food systems.

Indigenous and Local Crops

Greenhouses can be used to cultivate traditional crops that may not thrive in local climates, preserving cultural food practices and biodiversity.

Urban Agriculture

Greenhouses integrated into urban spaces, such as rooftop gardens or vertical farms, can enhance food sovereignty by bringing production closer to consumption.

Any Crop, Anywhere, Anytime

Any Crop, Anywhere, Anytime

Exotic Crops in Non-Native Climates

Greenhouses make it possible to grow tropical fruits in temperate climates or winter crops in desert regions, diversifying diets and local economies.

Customization of Microclimates

Advanced greenhouse technology allows for the creation of specific microclimates tailored to the needs of different crops, maximizing yield and quality.

Innovation in Crop Breeding

The controlled environment of greenhouses is ideal for experimenting with and developing new crop varieties that are more resilient, nutritious, or flavorful.

Exotic Crops in Non-Native Climates

Greenhouses make it possible to grow tropical fruits in temperate climates or winter crops in desert regions, diversifying diets and local economies.

Customization of Microclimates

Advanced greenhouse technology allows for the creation of specific microclimates tailored to the needs of different crops, maximizing yield and quality.

Innovation in Crop Breeding

The controlled environment of greenhouses is ideal for experimenting with and developing new crop varieties that are more resilient, nutritious, or flavorful.

Any Crop, Anywhere, Anytime

Exotic Crops in Non-Native Climates

Greenhouses make it possible to grow tropical fruits in temperate climates or winter crops in desert regions, diversifying diets and local economies.

Customization of Microclimates

Advanced greenhouse technology allows for the creation of specific microclimates tailored to the needs of different crops, maximizing yield and quality.

Innovation in Crop Breeding

The controlled environment of greenhouses is ideal for experimenting with and developing new crop varieties that are more resilient, nutritious, or flavorful.

Evolved Food Systems

Evolved Food Systems

Decentralized Production

Greenhouses support a shift from large, centralized farms to smaller, more distributed growing operations, reducing the carbon footprint and enhancing local food security.

Integration with Renewable Energy

Solar-powered greenhouses or those using geothermal energy can further reduce the environmental impact of food production.

Circular Economy

Greenhouses can integrate with waste recycling systems, using composted organic waste as fertilizer, or capturing rainwater for irrigation.

Decentralized Production

Greenhouses support a shift from large, centralized farms to smaller, more distributed growing operations, reducing the carbon footprint and enhancing local food security.

Integration with Renewable Energy

Solar-powered greenhouses or those using geothermal energy can further reduce the environmental impact of food production.

Circular Economy

Greenhouses can integrate with waste recycling systems, using composted organic waste as fertilizer, or capturing rainwater for irrigation.

Evolved Food Systems

Decentralized Production

Greenhouses support a shift from large, centralized farms to smaller, more distributed growing operations, reducing the carbon footprint and enhancing local food security.

Integration with Renewable Energy

Solar-powered greenhouses or those using geothermal energy can further reduce the environmental impact of food production.

Circular Economy

Greenhouses can integrate with waste recycling systems, using composted organic waste as fertilizer, or capturing rainwater for irrigation.

Sustainability and Resource Efficiency

Sustainability and Resource Efficiency

Water Conservation

Greenhouses can drastically reduce water use through drip irrigation and closed-loop systems that recycle water.

Reduced Pesticide Use

The controlled environment of a greenhouse can minimize the need for chemical pesticides, promoting organic and sustainable farming practices.

Energy Efficiency

Innovations like LED lighting, passive solar heating, and thermal curtains can make greenhouses more energy-efficient, reducing their environmental impact.

Water Conservation

Greenhouses can drastically reduce water use through drip irrigation and closed-loop systems that recycle water.

Reduced Pesticide Use

The controlled environment of a greenhouse can minimize the need for chemical pesticides, promoting organic and sustainable farming practices.

Energy Efficiency

Innovations like LED lighting, passive solar heating, and thermal curtains can make greenhouses more energy-efficient, reducing their environmental impact.

Sustainability and Resource Efficiency

Water Conservation

Greenhouses can drastically reduce water use through drip irrigation and closed-loop systems that recycle water.

Reduced Pesticide Use

The controlled environment of a greenhouse can minimize the need for chemical pesticides, promoting organic and sustainable farming practices.

Energy Efficiency

Innovations like LED lighting, passive solar heating, and thermal curtains can make greenhouses more energy-efficient, reducing their environmental impact.

Economic and Social Impacts

Economic and Social Impacts

Job Creation

Greenhouse agriculture can create jobs in both rural and urban areas, from crop cultivation to maintenance and technology development.

Education and Innovation Hubs

Greenhouses can serve as centers for agricultural education and research, fostering innovation in food production techniques.

Market Expansion

Greenhouse-grown produce can meet the growing demand for local, fresh, and sustainably produced food, opening new market opportunities.

Job Creation

Greenhouse agriculture can create jobs in both rural and urban areas, from crop cultivation to maintenance and technology development.

Education and Innovation Hubs

Greenhouses can serve as centers for agricultural education and research, fostering innovation in food production techniques.

Market Expansion

Greenhouse-grown produce can meet the growing demand for local, fresh, and sustainably produced food, opening new market opportunities.

Economic and Social Impacts

Job Creation

Greenhouse agriculture can create jobs in both rural and urban areas, from crop cultivation to maintenance and technology development.

Education and Innovation Hubs

Greenhouses can serve as centers for agricultural education and research, fostering innovation in food production techniques.

Market Expansion

Greenhouse-grown produce can meet the growing demand for local, fresh, and sustainably produced food, opening new market opportunities.

Technology Integration

Technology Integration

Automation and AI

Use of AI and robotics in greenhouses can optimize growing conditions, reduce labor costs, and increase yields.

Data-Driven Agriculture

Sensors and IoT devices can monitor and adjust conditions in real-time, ensuring optimal growth environments and reducing waste.

Blockchain for Traceability

Implementing blockchain technology can provide transparency in greenhouse-grown food supply chains, enhancing consumer trust.

Automation and AI

Use of AI and robotics in greenhouses can optimize growing conditions, reduce labor costs, and increase yields.

Data-Driven Agriculture

Sensors and IoT devices can monitor and adjust conditions in real-time, ensuring optimal growth environments and reducing waste.

Blockchain for Traceability

Implementing blockchain technology can provide transparency in greenhouse-grown food supply chains, enhancing consumer trust.

Technology Integration

Automation and AI

Use of AI and robotics in greenhouses can optimize growing conditions, reduce labor costs, and increase yields.

Data-Driven Agriculture

Sensors and IoT devices can monitor and adjust conditions in real-time, ensuring optimal growth environments and reducing waste.

Blockchain for Traceability

Implementing blockchain technology can provide transparency in greenhouse-grown food supply chains, enhancing consumer trust.

Climate Change Mitigation

Climate Change Mitigation

Carbon Sequestration

Some greenhouse models integrate carbon capture technologies, turning them into tools for reducing atmospheric CO2.

Resilience Against Climate Variability

As climates become more unpredictable, greenhouses offer a reliable alternative to traditional farming, which is more vulnerable to changing weather patterns.

Carbon Sequestration

Some greenhouse models integrate carbon capture technologies, turning them into tools for reducing atmospheric CO2.

Resilience Against Climate Variability

As climates become more unpredictable, greenhouses offer a reliable alternative to traditional farming, which is more vulnerable to changing weather patterns.

Climate Change Mitigation

Carbon Sequestration

Some greenhouse models integrate carbon capture technologies, turning them into tools for reducing atmospheric CO2.

Resilience Against Climate Variability

As climates become more unpredictable, greenhouses offer a reliable alternative to traditional farming, which is more vulnerable to changing weather patterns.

Collaborative Models

Collaborative Models

Cooperative Greenhouse Networks

Communities or groups of small farmers can collaborate to build and manage greenhouses, sharing resources, knowledge, and markets.

Public-Private Partnerships

Governments and private sectors can collaborate on greenhouse projects to boost food security at regional or national levels.

Cooperative Greenhouse Networks

Communities or groups of small farmers can collaborate to build and manage greenhouses, sharing resources, knowledge, and markets.

Public-Private Partnerships

Governments and private sectors can collaborate on greenhouse projects to boost food security at regional or national levels.

Collaborative Models

Cooperative Greenhouse Networks

Communities or groups of small farmers can collaborate to build and manage greenhouses, sharing resources, knowledge, and markets.

Public-Private Partnerships

Governments and private sectors can collaborate on greenhouse projects to boost food security at regional or national levels.

Policy and Advocacy

Policy and Advocacy

Supporting Greenhouse Adoption

Policies that incentivize greenhouse farming, such as grants, tax breaks, or low-interest loans, can accelerate adoption.

Education and Training Programs

Promoting agricultural education that includes greenhouse technology can prepare the next generation of farmers for advanced food production methods.

Supporting Greenhouse Adoption

Policies that incentivize greenhouse farming, such as grants, tax breaks, or low-interest loans, can accelerate adoption.

Education and Training Programs

Promoting agricultural education that includes greenhouse technology can prepare the next generation of farmers for advanced food production methods.

Policy and Advocacy

Supporting Greenhouse Adoption

Policies that incentivize greenhouse farming, such as grants, tax breaks, or low-interest loans, can accelerate adoption.

Education and Training Programs

Promoting agricultural education that includes greenhouse technology can prepare the next generation of farmers for advanced food production methods.

What are people saying

What are people saying

Customers are and will always be our first priority, and their comments show how well our efforts are doing.

Customers are and will always be our first priority, and their comments show how well our efforts are doing.

  • “My experience with BW Global over the years has been absolutely great. They always understand my needs, have a fantastic turn around, and are always so very pleasant They also keep incredible, reliable records which enables me to be able to fall back on. Great company!”

    J

    June Ross

    Owner

  • “I first dealt with BW Greenhouse almost twenty five years ago while building a retail garden center, and they were fantastic. Today while ordering a few things for a small project, l was treated with the same level courtesy and service.
    Well done BW Greenhouse!”

    D

    Dean Dingwell

    Owner

  • “Amazing company and staff, they go way out of their way to give top notch service with extremely competitive prices and the most aggressive customer service policy I've ever seen.”

    M

    Maui Free Diver

    Owner

  • “I couldn't ask for better service! I needed something that was due at the last minute. I called and the store was closing or closed but they insisted on helping me anyway. I appreciate that so much. Thank you :)”

    T

    Tracy

    Owner

  • “My experience with BW Global over the years has been absolutely great. They always understand my needs, have a fantastic turn around, and are always so very pleasant They also keep incredible, reliable records which enables me to be able to fall back on. Great company!”

    J

    June Ross

    Owner

  • “I first dealt with BW Greenhouse almost twenty five years ago while building a retail garden center, and they were fantastic. Today while ordering a few things for a small project, l was treated with the same level courtesy and service.
    Well done BW Greenhouse!”

    D

    Dean Dingwell

    Owner

  • “Amazing company and staff, they go way out of their way to give top notch service with extremely competitive prices and the most aggressive customer service policy I've ever seen.”

    M

    Maui Free Diver

    Owner

  • “I couldn't ask for better service! I needed something that was due at the last minute. I called and the store was closing or closed but they insisted on helping me anyway. I appreciate that so much. Thank you :)”

    T

    Tracy

    Owner

  • “My experience with BW Global over the years has been absolutely great. They always understand my needs, have a fantastic turn around, and are always so very pleasant They also keep incredible, reliable records which enables me to be able to fall back on. Great company!”

    J

    June Ross

    Owner

  • “I first dealt with BW Greenhouse almost twenty five years ago while building a retail garden center, and they were fantastic. Today while ordering a few things for a small project, l was treated with the same level courtesy and service.
    Well done BW Greenhouse!”

    D

    Dean Dingwell

    Owner

  • “Amazing company and staff, they go way out of their way to give top notch service with extremely competitive prices and the most aggressive customer service policy I've ever seen.”

    M

    Maui Free Diver

    Owner

  • “I couldn't ask for better service! I needed something that was due at the last minute. I called and the store was closing or closed but they insisted on helping me anyway. I appreciate that so much. Thank you :)”

    T

    Tracy

    Owner

BW-GLOBAL Social Media

Each of us can make a positive contribution.   BW GLOBAL is committed to improving people's lives. We support those who need help providing for themselves, their families and their communities.

For Greenhouse Structures and Parts

Please visit:

bwgreenhouse.com

BW GLOBAL

Address: 29020 Fraser Hwy, Abbotsford, BC V4X 1G8

Phone: (604) 856-1303

Contact Form

Copyright © 2024 - BW GLOBAL Structures Inc. All rights reserved.

BW-GLOBAL Social Media

Each of us can make a positive contribution.   BW GLOBAL is committed to improving people's lives. We support those who need help providing for themselves, their families and their communities.

For Greenhouse Structures and Parts

Please visit:

bwgreenhouse.com

BW GLOBAL

Address: 29020 Fraser Hwy, Abbotsford, BC V4X 1G8

Phone: (604) 856-1303

Contact Form

Copyright © 2024 - BW GLOBAL Structures Inc. All rights reserved.

BW-GLOBAL Social Media

Each of us can make a positive contribution.   BW GLOBAL is committed to improving people's lives. We support those who need help providing for themselves, their families and their communities.

For Greenhouse Structures and Parts

Please visit:

bwgreenhouse.com

BW GLOBAL

Address: 29020 Fraser Hwy, Abbotsford, BC V4X 1G8

Phone: (604) 856-1303

Contact Form

Copyright © 2024 - BW GLOBAL Structures Inc. All rights reserved.

BW-GLOBAL Social Media

Each of us can make a positive contribution.   BW GLOBAL is committed to improving people's lives. We support those who need help providing for themselves, their families and their communities.

For Greenhouse Structures and Parts

Please visit:

bwgreenhouse.com

BW GLOBAL

Address: 29020 Fraser Hwy, Abbotsford, BC V4X 1G8

Phone: (604) 856-1303

Contact Form

Copyright © 2024 - BW GLOBAL Structures Inc. All rights reserved.