Tag: acceptable waste

  • Grants for Composting Systems in Canada: Funding Your On-Site Waste Transformation

    Grants for Composting Systems in Canada: Funding Your On-Site Waste Transformation

    Investing in composting infrastructure is one of the most effective ways for businesses, municipalities, and institutions to reduce organic waste, minimize hauling costs, and improve environmental performance. However, the cost of purchasing and installing an industrial or community-scale composter can be a challenge.

    Across Canada, multiple government programs and funding opportunities exist to help offset these costs. From federal initiatives to provincial and municipal funding, these grants support organizations that want to implement sustainable waste management solutions.

    This guide provides a detailed overview of the available composting and waste diversion grants in Canada and how they can help fund the purchase and installation of composting systems such as the T-REX Composter by Terraforma Systems.

    Why Composting Grants Matter

    Government funding programs are designed to encourage waste diversion and greenhouse gas reduction by supporting composting infrastructure. Grants help organizations:

    Whether you manage a resort, zoo, university, corporate campus, or municipality, composting grants can make implementing on-site composting more financially accessible.

    Federal Composting Grants and Funding Programs

    1. Food Waste Prevention and Diversion: Research and Capacity Building Fund (Environment and Climate Change Canada)

    This federal program supports research, pilot projects, and capacity-building initiatives that reduce food waste and divert organic materials from landfills. While it does not typically fund large-scale equipment purchases, it can support pilot installations, data collection, and training programs related to composting.

    Eligible applicants: Local governments, Indigenous organizations, and nonprofit entities

    Funding coverage: Up to $150,000 per project

    Best for: Pilot composting projects, research-based organics programs, and community demonstration systems

    2. Local Food Infrastructure Fund (Agriculture and Agri-Food Canada)

    The Local Food Infrastructure Fund (LFIF) supports community organizations, farms, and nonprofits working to improve food security. Composting equipment and installations that support food waste reduction or soil regeneration are eligible expenses.

    Eligible applicants: Nonprofits, Indigenous groups, community organizations, and farms

    Funding coverage: Up to $500,000 depending on stream and project scale

    Best for: Community composting projects and farm-based composting systems

    3. Green Municipal Fund (Federation of Canadian Municipalities)

    The Green Municipal Fund (GMF) helps municipalities invest in sustainable infrastructure, including waste diversion and organics management systems. Composting facility construction or on-site processing systems can qualify under its “Circular Economy” and “Waste” categories.

    Eligible applicants: Municipalities and partners

    Funding coverage: Grants and low-interest loans covering planning, pilot, or capital projects

    Best for: Municipal composting facilities, regional organics management projects

    Provincial Composting Grants and Support Programs

    British Columbia

    CleanBC Organics Funding Program (OFP)

    This program supports new composting infrastructure, organics collection systems, and processing technologies that reduce greenhouse gas emissions. It is the successor to the CleanBC Organics Infrastructure and Collection Program (OICP).

    Eligible applicants: Local governments, Indigenous communities, and non-profit organizations

    Funding coverage: Up to 66% of eligible project costs

    Best for: Large-scale composting installations and municipal partnerships

    Status: Currently under review for its next intake period

    Manitoba

    Manitoba Composts Support Payments

    This program provides per-tonne payments to licensed composting facilities based on the amount of organic material processed each year. It supports operational sustainability rather than capital purchases.

    Eligible applicants: Licensed composting facilities

    Funding coverage: Per-tonne incentive payments for organic material diverted from landfill

    Best for: Existing composting operations and long-term facility management

    Québec

    Recyc-Québec Funding and Prime-Vert Program

    Québec offers multiple funding programs that support composting infrastructure, soil improvement, and organic waste management. Recyc-Québec administers municipal and industrial waste diversion funding, while Prime-Vert supports agricultural and environmental initiatives.

    Eligible applicants: Municipalities, farms, and environmental organizations

    Funding coverage: 

    • Recyc-Québec: $75,000 to $500,000 per project, covers up to 70% of eligible expenses
    • Prime-Vert:Covers up to 70% of eligible costs, with a maximum of $10,000 per project

    Best for: Municipal composting, agricultural compost systems, and regional waste diversion projects

    Alberta

    Resilient Agricultural Landscapes Program (RALP)

    Part of the Sustainable Canadian Agricultural Partnership, this program supports projects that improve soil health and ecosystem resilience. Composting systems that produce soil amendments for agricultural use may qualify.

    Eligible applicants: Farmers and agricultural producers

    Funding coverage: Cost-share basis for approved projects

    Best for: Agricultural composting systems and soil improvement initiatives

    Other Provinces (Ontario, Nova Scotia, Saskatchewan, New Brunswick, PEI)

    These provinces often offer funding through municipal waste diversion programs, environmental innovation grants, or green infrastructure funding. Local and regional districts also provide smaller grants for composting, recycling, or sustainability education.

    Municipal and Regional Composting Grants

    Many municipalities across Canada offer localized funding or rebates for composting systems. Examples include:

    • Community environmental grants for composting education or equipment purchases
    • Waste diversion pilot programs supporting institutions and commercial facilities
    • Green business grants for sustainable operations
    • Rebates for on-site composting systems to reduce hauling and landfill costs

    To find active local funding, check your city or regional district’s environmental or waste management grant listings.

    Nonprofit and Foundation Funding

    Several foundations and corporate programs provide smaller grants for community composting, outreach, and waste reduction:

    Tips for Applying for Composting Grants

    • Define your goals clearly
      Identify how composting will reduce landfill waste, improve sustainability metrics, or contribute to food waste reduction.
    • Quantify your impact
      Estimate organic waste diverted, greenhouse gas emissions reduced, and compost produced.
    • Demonstrate collaboration
      Partner with local governments, schools, or nonprofits to strengthen your application.
    • Include technology and monitoring
      Highlight digital tracking or automation (for example, the Terraforma Systems IQ platform) to show measurable impact.
    • Prepare supporting documents
      Include a clear project budget, quotes for equipment and installation, and any letters of support or data tracking plans.

    Key Takeaway

    Government funding can make composting implementation far more attainable. Whether through federal programs like the Local Food Infrastructure Fund, provincial initiatives like CleanBC, or municipal community grants, there are opportunities across Canada to support composting equipment and infrastructure.

    By integrating technology-driven composting systems such as the T-REX Composter, organizations can access funding while achieving measurable progress toward Zero Waste goals and sustainability commitments.

    Funding programs and intake periods are subject to change. Some initiatives listed above may be temporarily paused. Always verify current eligibility and availability before applying.

    Interested in implementing an on-site composting solution?

    Contact us to learn more about the T-REX Composter today!

  • A Guide to Compostable Waste: Acceptable and Unacceptable Material For Effective Waste Management

    A Guide to Compostable Waste: Acceptable and Unacceptable Material For Effective Waste Management

    Effective food waste management is essential for sustainability. By understanding what can and cannot be composted, businesses can ensure their commercial T-REX Composters operate efficiently and safely. Here’s a concise guide to acceptable and unacceptable materials for composting.

    A Guide to Compostable Waste gallery image

    Acceptable Waste

    • All Organic Food (Cooked or Raw): All food scraps, including fruit peels, vegetable scraps, and leftovers, are ideal for composting.
    • Compostable Tableware: Items made from bagasse (sugarcane fiber), such as plates and bowls, naturally break down in compost.
    • Eggshells: Eggshells contribute valuable calcium to compost.
    • Small Bones: Small bones, such as those from chicken or fish, can be composted and add essential minerals.
    • Specific Paper Products: Many paper products are compostable if they are not plastic-coated. These include:
      • Chopsticks: Wood chopsticks, which decompose naturally.
      • Coffee Cup Sleeves and Trays: Cardboard items are compostable.
      • Napkins and Paper Towels: Unbleached versions can be composted.
      • Paper Straws: These decompose naturally.
      • Paper Takeout Bags and Tray Liners: Compostable if not plastic-lined.
      • Wooden Takeout Cutlery: Biodegradable and compostable.

    Unacceptable Waste

    1. Chemicals: Toxic substances can harm the composting process and damage machinery.
    2. Coffee Cups: Most have a plastic lining that does not decompose properly, and can contaminate the compost.
    3. Cooking Oil or Frying Fat: Can coat machinery, causing malfunctions and disrupting the composting process.
    4. Course Woody Debris: Large branches or wood pieces can jam and damage the composters.
    5. Glass: Non-biodegradable and can damage composters.
    6. Large Bones & Shellfish: These take too long to decompose and can wear out machinery.
    7. Metal: Non-organic and can cause severe damage to composters.
    8. Plants or Roots: These can entangle around the machine’s pedals and damage the machinery.
    9. Plastic (Bags & Cutlery): Non-biodegradable and can contaminate the compost, in addition to not decomposing.
    10. Pure Liquids: Disrupt moisture balance and can cause corrosion in machinery.
    11. Toxic Substances: Harmful to both the composting process and equipment.
    A Guide to Compostable Waste

    Efficient Food Waste Management

    With the T-REX Composters relies on understanding acceptable materials. These commercial composters can process material by up to 80% in just 24 hours, making it crucial to avoid contaminants that could hinder this rapid composting process. By following these guidelines, businesses can ensure streamlined, safe, and sustainable food waste solutions. Being mindful of compostable materials and avoiding harmful contaminants will lead to richer, healthier soil amendment and a more sustainable future.

  • Why Companies Are Switching to On-Site Composting

    Why Companies Are Switching to On-Site Composting

    In today’s world, where sustainability and cost-efficiency are paramount, businesses across various industries are increasingly adopting on-site composting solutions. While environmental benefits such as waste reduction and soil enhancement are significant drivers, a primary motivator for this shift is the substantial cost savings associated with reducing or eliminating the need to haul organic and post-consumer packaging waste to external composting facilities. This article explores why companies are making the switch to on-site composting and how this decision is reshaping waste management practices.

    Cost Savings and Waste Management Efficiency

    One of the most compelling reasons businesses are transitioning to on-site composting is the potential for substantial cost savings. Traditional waste management methods often involve significant fees for hauling organic and post-consumer packaging waste to off-site facilities. These costs can quickly add up, especially for businesses generating large volumes of waste.

    By implementing on-site composting systems, such as the T-REX Series Composters, companies can drastically reduce these hauling fees. This not only helps to cut operational costs but also frees up resources for other critical areas of the business. On-site composting also enhances waste management efficiency by streamlining waste handling processes and simplifying waste disposal logistics. This results in smoother operations and fewer disruptions, providing a more controlled and predictable waste management system.

    Environmental Benefits: Sustainability and Reduced Carbon Footprint

    On-site composting offers significant environmental benefits that extend beyond cost savings. One major advantage is its contribution to sustainability. By diverting organic waste from landfills, companies can significantly reduce their environmental impact. Organic waste decomposing in landfills generates methane (CH4), a potent greenhouse gas that contributes to climate change.

    On-site composting converts organic waste into nutrient-rich soil amendment, helping to mitigate this issue and support local ecosystems. Reducing the carbon footprint is another critical benefit of on-site composting. Managing organic waste on-site reduces the need for waste transportation, thereby lowering carbon emissions from transportation vehicles. This aligns with broader sustainability goals and helps businesses meet the increasing environmental regulations and standards.

    Enhanced Soil Health and Odor Management

    On-site composting systems offer practical advantages for businesses as well. The soil amendment produced can be used to enhance soil health, which is particularly beneficial for companies with green spaces, landscaping needs, or agricultural operations. The nutrient-rich soil amendment improves soil quality, boosts plant growth, and reduces the need for synthetic fertilizers, leading to healthier plants and more vibrant green spaces.

    Additionally, on-site composting systems can effectively manage and reduce odors associated with organic waste. Properly managed composting processes use advanced aeration and decomposition methods to minimize unpleasant smells. This not only enhances the working environment for employees but also improves the overall experience for clients and visitors.

    Strategies for Successful Implementation

    To effectively implement on-site composting, businesses should consider a few key strategies. Conducting a waste audit is essential to understanding the volume and types of organic waste generated. This information will guide the selection of the most suitable composting system for the company’s needs.

    Engaging employees through training programs can also foster a culture of sustainability and ensure proper waste separation. Collaborating with waste management experts and composting technology providers, such as the Terraforma Systems team with the T-REX Series Composters, can further streamline the implementation process. These partnerships offer valuable insights and support, making it easier for businesses to integrate on-site composting into their operations.

    Transforming Waste Management Through On-Site Composting

    The shift towards on-site composting such as the T-REX Composter represents a transformative change in how businesses manage their organic and post-consumer packaging waste. By embracing this approach, companies can achieve significant cost savings, enhance their environmental sustainability, and improve operational efficiency. As more businesses recognize the benefits of on-site composting, this practice is likely to become increasingly prevalent, contributing to a more sustainable and resource-efficient future.