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 Technologies Licenses High-Temperature Pyrolysis Technology to GazoTech SAS for Entry Into European Markets
TORONTO, ON / ACCESS Newswire / February 4, 2026 / CHAR Technologies Ltd. (" CHAR Tech " or " the Company ") ( TSXV:YES)(FSE:68K ) a leader in sustainable biomass energy solutions, today announced that it has entered into a formal technology know-how licensing agreement with GazoTech SAS (" GazoTech "), a France-based energy developer, to support deployment of CHAR Tech's technology in France and selected European markets. The agreement follows recent commissioning progress at CHAR Tech's...
CHAR Tech to Host February 18 Investor Update Call & Announces RSU and Options Grant
TORONTO, ON / ACCESS Newswire / February 2, 2026 / CHAR Technologies Ltd. (" CHAR Tech " or " the Company ") ( TSXV:YES )( FSE:68K ) a leader in sustainable biomass energy solutions, will host a live investor update call on February 18, 2026, from 12:00 p.m. to 1:00 p.m. EST with a live Q&A session following the presentation. Management will provide more details on the significant recent milestones CHAR Tech has achieved, an overview of operational progress, strategic priorities and...
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...
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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