Image
  • NGIF Accelerator
    • Industry Grants Program
    • Methane Reduction Demonstration Program
    • Methane Innovation Collaborative Program
  • NGIF Capital
    • Cleantech Ventures Fund I
    • Future Venture Funds
  • Careers
  • Resources
  • About Us
  • Contact

Enersion Completes Green Tri-Generation Technology Demonstration with NGIF Accelerator’s Support

acceleratoradsorptionchillerchpCleanEnvironmentCleantech SolutionsCleantech StartupsCleantechCanadaCleantechInnovationsDemonstrationemissions reductionFundinggrantheat and powerIndustry Grants programnatural gasNGIF Acceleratoroil and gas

QUICK LINKS NGIF ACCELERATOR

  • Industry Grants Program
  • Methane Reduction Demonstration Program
  • Methane Innovation Collaborative
NGIF Accelerator Logo

QUICK LINKS NGIF ACCELERATOR

  • Industry Grants Program
  • Methane Reduction Demonstration Program
  • Methane Innovation Collaborative
Image

QUICK LINKS NGIF CAPITAL

  • Cleantech Ventures Fund I
  • Future Venture Funds

CONNECT WITH US

@NGIFCapital

@NGIFCapital

@NGIFAccelerator

@NGIFAccelerator

Ottawa

350 Albert Street, Suite 1220
Ottawa, ON K1R 1A4

Calgary

University of Calgary Room 646, 906 8 Ave SW
Calgary, AB T2P 1H9

Montreal

1275 Av. des Canadiens-de-Montréal, Suite 5-130
Montreal, QC, H3B 0G4

SUBSCRIBE TO OUR NEWSLETTER





    ©2026 NGIF Capital Corporation / NGIF Accelerator. Privacy Policy | Cookie Preferences
    Web design by Blue Flamingo - Web design Toronto

    • NGIF Accelerator
      • Industry Grants Program
      • Methane Reduction Demonstration Program
      • Methane Innovation Collaborative Program
    • NGIF Capital
      • Cleantech Ventures Fund I
      • Future Venture Funds
    • Careers
    • Resources
    • About Us
    • Contact

    Disclaimer

    This disclaimer outlines the limitations of the environmental and emissions performance claims and metrics on this website. While NGIF Capital and NGIF Accelerator strive to ensure emissions reduction and performance claims are accurate and based on adequate and proper testing, they do not independently verify or endorse the accuracy of all third-party claims or metrics presented.

    NGIF Capital and NGIF Accelerator disclaim any liability for the reliability or completeness of third-party environmental performance claims and metrics, emissions performance statements, representations, or claims made on this website. By engaging with this content, readers acknowledge that NGIF Capital and NGIF Accelerator are not responsible for any damages or claims resulting from reliance on these emissions performance claims. Visitors are encouraged to verify all claims independently before making decisions based on this website.

    Ekona Power Inc.

    Development and Field Testing of a Tri-generation Pyrolysis (TGP) System for Low-cost, Clean Hydrogen Production

    The project will demonstrate Ekona’s novel Pulse Methane Pyrolysis (PMP) process for low-cost clean hydrogen production with a solid carbon by-product. The project will additionally demonstrate a Direct Carbon Fuel Cell (DCFC), which when added to the PMP, creates a tri-generation pyrolysis (TGP) system.

    Development and Testing of a Proof-of-Concept Tri-Generation Pyrolysis (TGP) Platform for Low-Cost Green Hydrogen Production

    Ekona had to show a proof-of-concept for the Pulse Methane Pyrolysis (PMP) reactor and a Direct Carbon Fuel Cell to validate the technology to TRL3 and inform subsequent prototype, brass-board, and field trial development.

    Enersion Inc.

    Demonstration of Natural Gas Powered Quad-generation with a 41% GHG Reduction

    Enersion will co-develop and demonstrate a green and cost saving quad-generation that produces Electricity, Cooling, Heating and CO2 in one integrated package for a fish farm in Nobleford, Alberta. The cornerstone of this system integration is the Enersion new green cooling technology that allows all-year-around system operation to use natural gas to provide the essential needs of the farm.

    A Green Cooling Technology That Uses Heat Instead of Electricity

    Enersion had to develop and demonstrate an adsorption-based chiller that ranges from 1 tonne to more than 10 tonnes of cooling power.