Hedge Structures Inc. – Hedge Structures Inc.

Hedge Structures Inc.

Disruptive Technology

Empowering Communities for Self-Reliance and Food Security through Next-Generation Greenhouse Solutions.

The Opportunity

Heralded as the potential ‘Unicorn’ of the investment world, our revolutionary technology is poised to redefine global agriculture. Ensuring a reliable food supply, it significantly cuts energy costs, greenhouse gases, and water usage. Integral to virtually all greenhouses, our system eliminates pesticides, paving the way for clean, sustainable, and cost-effective food production. This pioneering application in greenhouses marks just the beginning, addressing current needs while preparing to revolutionize global structural engineering.

Greenhouse Panels

Hedge Hyper-Efficient Insulative Panels

While forward-thinking leaders propose costly and complex solutions, our innovative approach unlocks remarkable simplicity and affordability.

Our solution delivers

Immense energy reductions, potentially up to 80% by slashing GHG emissions across diverse settings, from structures like our proposed greenhouse to schools, hospitals and more in Canada …. And the World!

The Family

A Hedge against food insecurity and escalating costs, a pressing reality that touches every table and every family!

All Year Round – Everywhere

Grow Crops in any Climate: From Northern Canada’s Bone-Chilling Cold to Qatar’s Sweltering Heat.

Problems

Food security and financial strain.

Problems

Food security and financial strain.

Weather-related catastrophes
Insecure supply chain
Rising food prices
Rising heating costs
Rising fuel costs
Rising transportation costs
Increases in crop diseases and pests

Food Insecurity Cycle

Issue: Waiting for the right planting season causes delays.

Impact: Seasonal constraints limit the time available for growing crops, leading to potential food shortages.

Issue: Preparing the ground for planting requires significant labor and resources.

Impact: Extensive use of machinery and labor increases operational costs and delays.

Issue: Planting and spraying involve the heavy use of tractors, consuming large amounts of fuel.

Impact: High fuel consumption not only drives up costs but also increases greenhouse gas (GHG) emissions, contributing to environmental degradation.

Issue: Crop growth is highly dependent on rainfall, which is often unpredictable.

Impact: Insufficient or excessive rainfall can devastate crops, leading to food shortages and economic losses for farmers resulting in higher food prices.

Issue: Crops are vulnerable to infestations and diseases.

Impact: Pests and diseases can destroy large portions of crops, reducing yield and food availability resulting in higher food prices.

Issue: Harvesting requires large equipment that uses significant amounts of fuel.

Impact: The heavy reliance on fuel for harvesting operations increases production costs and GHG emissions.

Issue: Transporting produce over long distances to markets consumes large amounts of fuel.

Impact: High fuel usage for transportation contributes to significant GHG emissions and increased food costs.

Issue: Storing produce requires substantial energy for cooling or warming.

Impact: High energy consumption for storage increases operational costs and carbon footprint, further exacerbating food insecurity.

Issue: The final food product involves high fuel consumption throughout its production and distribution cycle.

Impact: Despite the extensive use of resources, the amount of food reaching consumers is often insufficient, highlighting the inefficiencies in the food production and distribution system, most often reflected in high food prices.

Food Insecurity Cycle

Food insecurity affects millions, driven by poverty, limited access, education gaps, and environmental challenges. Poverty restricts access to nutritious food, perpetuating health issues and poverty itself. Accessibility barriers, compounded by education gaps, hinder informed dietary choices. Environmental factors like climate change worsen shortages and price spikes, hitting vulnerable communities hardest.

Addressing food insecurity demands a comprehensive approach. Poverty alleviation measures can provide immediate relief, while enhancing food access through initiatives like subsidies and community gardens tackles long-term issues. Education plays a vital role, empowering individuals to make informed dietary choices and manage resources effectively. Additionally, investing in environmental resilience helps mitigate the impact of climate change on food production and distribution.

CO2 Emissions

Our technology addresses >65% of CO2 emissions.

U.S. Carbon Dioxide Emissions, by Economic Sector

Note: Total Emissions in the United States in 2022 are 6,343 Million Metric Tons of CO2 equivalent. Total Emissions in Canada in 2022 were 708 Million Metric Tons of CO2 equivalent.

EPA.gov

Our Insulative Technology

Revolutionizing Efficiency from Greenhouses to Buildings Worldwide

Adaptable Globally

Discover our ground-breaking insulative technology, crafted to deliver exceptional energy efficiency while significantly reducing greenhouse gas emissions. Designed specifically for the greenhouse industry, our cutting-edge solution slashes heating and cooling energy costs, making your operations more efficient and your bottom line stronger.

This transformative innovation not only elevates agricultural productivity but also attracts ESG-driven entrepreneurs eager to embrace sustainable practices. By fostering industry growth, our technology is poised to drive down food prices, benefiting both consumers and businesses. Experience the future of sustainable agriculture and witness how our technology is reshaping the market for the better, one greenhouse at a time.

Our vision extends beyond greenhouses to encompass a wide range of structures, including office buildings, hospitals, commercial spaces, and residential homes. By incorporating our innovative insulative solutions, we create energy-efficient environments that lower operational costs and contribute to a greener, more sustainable future for communities around the globe. Discover how we are revolutionizing building efficiency and reaping the benefits of reduced energy consumption and operational costs.

Greenhouses equipped with our Disruptive Technology will…

Address Immediate Need

Reduction of heating/cooling energy costs

Significantly reduced water usage

Reduce Greenhouse Gas emissions

Earn Carbon Credits

Consistent Food Supply – Locally grown

Year-round supply
Full variety of crops
Stabilized food prices
No dependency on long supply chains
Significantly reduce transportation costs
Harvest at peak, no degradation of flavor and nutritional value during long-distance transportation and storage

Food Security Cycle

Greenhouse Production: Greenhouses produce up to 15 times more yield per acre than traditional field conditions.

Impact: This incredible productivity ensures a consistent and abundant supply of fresh produce, maximizing the use of available land and dramatically increasing food security.

Watering Control: Watering is meticulously controlled, preventing losses from evaporation and avoiding drying out conditions.

Impact: Efficient water use leads to sustainable agricultural practices, conserving precious resources while ensuring optimal plant growth.

Marketable Yields: 90% of greenhouse yields are marketable compared to only 40-60% from field conditions.

Impact: This high percentage of marketable produce minimizes waste, ensuring that more food reaches consumers and reducing the environmental footprint of agriculture.

Local Transportation: Produce is transported short distances to local markets, using less fuel and producing minimal greenhouse gas emissions.

Impact: Localized distribution supports community economies, reduces transportation costs, and contributes to environmental sustainability.

Fresh Market Produce: Fresh produce retains its nutritional value and offers better taste.

Impact: Consumers receive high-quality, nutrient-rich food that promotes health and well-being, encouraging community support for local agriculture.

Final Consumption: Small amounts of energy yield large quantities of food for final consumption.

Impact: Efficient energy use in production translates to a more sustainable food system, feeding more people with fewer resources and supporting long-term food security.

The food security cycle is a critical component of agriculture, referring to the continuous process of producing, processing, distributing, and consuming food to meet the dietary needs of a population. The cycle begins with the production of crops and livestock, followed by post-harvest handling and processing to preserve and transform the food into various forms. The processed food is then stored, transported, and distributed to markets and consumers. Finally, the food is consumed by individuals, who generate waste and feedback to farmers on the quality and availability of food.

A well-functioning food security cycle ensures that everyone has access to sufficient, safe, and nutritious food at all times. The cycle is influenced by various factors such as climate change, trade policies, economic conditions, and social dynamics, which can impact food availability, accessibility, utilization, and stability. Addressing these challenges is essential to ensure long-term food security and sustainability.