We are a leading energy transition and cleantech development firm, focused on converting woody biomass, organic residual and wastes into renewable energy and biocarbon.
Shareholder Letter from CEO
Dear Shareholders, Today is a momentous day for CHAR Tech, and I want to take a moment to thank you for your support of, and belief in, our mission and our business. This morning we announced the substantial completion of Phase 1 mechanical and electrical construction at our Thorold Renewable Energy Facility. Thorold is the first commercial-scale high temperature pyrolysis plant in the world built to convert wood waste into biocarbon and renewable natural gas. The facility now moves into...
CHAR Tech Completes Thorold Phase 1; Pioneering Project Now Set for Commercial Biocarbon Ramp-Up
Construction of Phase 1, the Thorold Facility’s first commercial-scale biocarbon production line, has reached mechanical and electrical substantial completion, clearing the way for the Facility’s transition to commercial operations The Thorold Facility now moves into end-to-end commissioning, with commercial ramp-up targeted through October with production and revenue increasing through calendar year-end 2026 When the Thorold Facility begins producing renewable natural gas (“RNG”) it will be...
CHAR Tech Nears Final Mechanical Installation at Thorold Facility
Installation of the pyrogas piping at the Thorold Facility begins this week, the final major construction step ahead of end-to-end commissioning Commercial ramp up and operations remain targeted through the month of October, with production and revenue increasing through year-end Approximately 70% of North American, and 46% of European, steel and ferroalloys (including ferrosilicon) are made with Electric Arc Furnaces, CHAR Tech's key, large, market for biocarbon TORONTO, ON / ACCESS Newswire...
SOLUTIONS
Our technology is High-Temperature Pyrolysis, or HTP for short. This innovative process changes wood, organic residuals and wastes into renewable energy, ready for conversion into renewable gases like green hydrogen or renewable natural gas. Additionally, this approach results in valuable biocarbon, taking the form of biochar, biocoal, or activated biochar.

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