We are a leading energy transition and cleantech development firm, focused on converting woody biomass, organic residual and wastes into renewable energy and biocarbon.
CHAR TECH COMMENCES COMMISSIONING AT THOROLD RENEWABLE ENERGY FACILITY
TORONTO, JANUARY 29, 2026 (ACCESSWIRE) – CHAR Technologies Ltd. (“ CHAR Tech ” or “ the Company ”) ( TSXV:YES; FSE:68K ) a leader in sustainable biomass energy solutions, today announced that commissioning has commenced at its Thorold Renewable Energy Facility, the Company’s first commercial renewable energy and biocarbon production facility. Feedstock receiving and handling systems are now entering startup, with commissioning of the commercial high-temperature pyrolysis (“HTP”) kiln...
CHAR Tech Reports Fiscal Year 2025 Financial Results and Commercialization Updates
TORONTO, ON / ACCESS Newswire / January 28, 2026 / CHAR Technologies Ltd. (" CHAR Tech " or " the Company ") ( TSXV:YES)(FSE:68K ) a leader in sustainable biomass energy solutions for heavy industry decarbonization is pleased to report its financial results for its fiscal year ended September 30 th , 2025. "As CHAR Tech reports our fiscal 2025 results, we are immensely proud of the progress we've made this year" said Andrew White, CEO of CHAR Technologies. "As we transitioned our Thorold...
CHAR Tech Receives $CAD 10M Commitment From BMI Towards 50,000 Tonnes per Year Espanola Biocarbon Project
Bioveld North in Espanola, Ontario TORONTO, ON / ACCESS Newswire / January 14, 2026 / CHAR Technologies Ltd. (" CHAR Tech " or " the Company ") (TSXV:YES)(FSE:68K) today announced that the Espanola project engineering and design study continues to advance with The BMI Group (" BMI "). With a commitment of $CAD 10M, BMI has reaffirmed its dedication toward the development of the Espanola biocarbon project. The project will be located at Bioveld North, the former pulp and paper mill site in...
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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