Low Emission Fuels and Products Technology Competition

About the Competition

CRIN’s Low Emission Fuels and Products Technology Competition provided funding for technologies that reduce the carbon intensity of the products and processes from Canada’s oil and gas industry, including transportation fuels and other hydrocarbon-derived products.

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Competition Focus Areas

Projects were assessed for their ability to demonstrate a clear pathway to commercialization and provide significant environmental benefits. 


The competition was open to breakthrough technology solutions aligned with one or more of the following technology focus areas:

Innovative Products from Hydrocarbons

Technologies included in this focus area produce carbon-based non-combustion products, such as activated carbon, carbon fibre, and asphalt binders from petroleum and natural gas. Other examples of technologies included were new recovery techniques for elements like lithium, vanadium, titanium, or nickel recovered from co-produced hydrocarbons.

Hydrogen and Geothermal

Technologies included in this focus area develop cleaner energy opportunities from hydrocarbon-derived hydrogen and recovery of geothermal energy to optimize the utility of the oil and gas industry.

Low-Carbon Intensity Alternatives and New Fuels

Technologies included in this focus area develop products and processes that reduce fuels’ carbon intensity. Examples include innovative fuels and production of fuels from biogenic feedstocks potentially including waste products, bitumen partial upgrading, or other novel processes.

Carbon Capture and Utilization

Technologies included in this focus area reduce greenhouse gas emissions by capturing, utilizing and/or converting carbon dioxide.

Funding Distribution

Funded Projects

Lead Applicant Project Title Funding From CRIN
Ekona Power Inc. Pilot Deployment of Ekona’s Pulse Methane Pyrolyzer (PMP) Solution for Clean Hydrogen Production $8,000,000
Universal Matter Inc. Conversion of Carbon Waste Streams to High-Value Graphene via Flash Joule Heating Process $5,840,000
TOTAL $13.8 million

* Amounts listed are maximum funds available from CRIN for each project.