Mushroom fruiting bodies growing at the Myzel Organics facility

Myzel Sustainability

Our Commitment to the Planet

Progress Timeline

  1. Aerial view of the original poultry farm before conversion into the Myzel facility

    Retrofitted a poultry barn for mushroom growth

  2. Geothermal ground-loop installation at the Myzel Organics facility

    Installed the geothermal field

  3. Production racks inside the operating Myzel Organics mushroom facility

    Product launch and energy audits commence

  4. Myzel Organics facility where rooftop solar installation is planned

    Install solar panels and offset energy consumption

Sustainability

Measuring Our Impact

Every action counts. Here's how we're making a difference.

  • Carbon Footprint

    One of our biggest sustainability goals is to keep our carbon footprint small. We work with a Life Cycle Assessment consultant to assess and benchmark our annual environmental impact.

  • Performance Measurement

    Starting in 2023, we’re establishing a baseline to set our sustainability performance goals. From there, we’ll track progress and quantify accomplishments on an annual basis.

  • Emissions Reduction

    Our total estimated impact of production amounts to 0,552 kg CO2-eq per 1 kg of mushroom powder – making Myzel a more environmentally conscious choice than other nutraceutical products grown Worldwide.

  • Renewable Energy

    Our Niagara, Ontario facility draws from one of the cleanest grids in North America, with near 100% non-emitting electricity.

Markus Sadaka, Co-Founder

By customizing our facility with a focus on environment, sustainability, efficiency, and automation, we can deliver ingredients that address food security at a very low cost.

Markus Sadaka, Co-Founder

Geothermal ground-loop installation at the Myzel Organics facility

Our Energy Consumption

Myzel implemented a 60T ground source geothermal loop to provide all of the heating and cooling for our facility operations.

We built the facility based on sound building design practices, including the installation of extensive thermal barrier, radiant heat, and energy recovery ventilation. These design elements reduce our energy consumption to less than 20% of a typical building, while the geothermal loop provides a substantial portion of our energy requirements.

The recaptured rain water collected from our facility rooftops is collected in a wastewater pond, then purified and used for our cooking process.

In 2026, we plan to install a rooftop solar system to offset our electrical consumption.