1. The Wheatland Bio-Synfuels Facility - EBTL®
Our flagship Enhanced Biomass to Liquids (EBTL®) project - The Wheatland Bio-Synfuels Facility near Carseland, Alberta, is a commercial facility that will transform locally sourced landfill redirect wood waste into millions of liters of Bio-SynJet® and Bio-SynDiesel® annually, integrating advanced carbon capture for deep decarbonization and showcasing Canada's renewable fuel potential.
Our cornerstone EBTL® project, the Wheatland Bio-Synfuels Facility near Carseland, Alberta, is a commercial-scale facility at the forefront of Canada's renewable fuel production. The facility will convert locally sourced landfill re-direct wood waste into millions of liters of Bio-SynJet® and Bio-SynDiesel®. This project integrates advanced carbon capture for deep decarbonization, showcasing a comprehensive approach to sustainable fuel manufacturing.
Target Operation: 2028-2029
Primary Expander Technology Utilized: EBTL® (Enhanced Biomass to Liquids), featuring multiple ETI Tar-Free Gasifiers, FT Synthesis and integrated BECCS (Biomass Energy with Carbon Capture and Sequestration).
Process Components: Three ETI Tar-Free Gasifiers, FT Synthesis Train, Carbon Capture and Storage (CCS) facility, optimized hydrogen management, Isomerization.
Key Feedstocks: Designed to process locally sourced landfill redirect wood waste.
Key Outputs: Millions of liters of Bio-SynJet® and Bio-SynDiesel® annually, plus bio-naphtha and bio-wax, achieving deep decarbonization. Includes significant volume of bio-CO2 sequestration annually.
Status: Under development. Front-End Engineering Design (FEED) and environmental applications are underway, with a Final Investment Decision (FID) targeted for Q4 2026.