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 Provides Update on GazoTech's Bio-Methane Provence Project
TORONTO, ON / ACCESS Newswire / July 28, 2026 / (TSXV:YES)(OTC PINK:CTRNF)(FSE:68K) GazoTech's lead project, Bio-Méthane Provence ("BMP"), an industrial-scale HTP project in France developed under the CHAR Tech / GazoTech collaboration, has successfully concluded its CNDP-supervised voluntary public consultation, with a clear majority of opinions supporting the project BMP is redeveloping the site of a former 600 MW coal-fired power plant in Gardanne, France, converting legacy fossil...
CHAR Tech Welcomes France's Regulatory Advance Opening Biogas Certificate Support to Pyrolysis
TORONTO, ON / ACCESS Newswire / July 21, 2026 / (TSXV:YES)(OTC PINK:CTRNF)(FSE:68K) France proposes opening its flagship renewable gas support scheme (the CPB) to pyrolysis, putting CHAR Tech's HTP technology on the same footing as established production routes in one of Europe's largest gas markets Directly strengthens the HTP project pipeline being developed in France by CHAR Tech's partner GazoTech GazoTech's lead project, Bio-Méthane Provence, is being developed to deploy CHAR Tech's HTP...
CHAR Tech se réjouit du plan énergétique de 87 milliard $ du Québec misant sur la biomasse pour la transition vers les énergies renouvelables
Le gouvernement du Québec dépose son plan énergétique, le PGIRE, qui cible un investissement de 87 milliards de dollars dans les énergies renouvelables sur 25 ans Le PGIRE fait de la bioénergie forestière un secteur prioritaire pour la croissance des capacités et des investissements CHAR Tech produit deux formes de bioénergie forestière : le gaz naturel renouvelable et le biocarbone, tous deux issus de résidus forestiers TORONTO, ON / ACCESS Newswire / le 13 juillet 2026 / CHAR Technologies...
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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