The Bordet Group positions itself as a major player in high environmental performance, characterized by its sustainable production method and its products of exceptional quality. Drawing on its know-how, the Bordet Group provides innovative solutions for the benefit of the climate transition.
The Bordet Group is committed to selecting non-recycled sawmill waste from local and sustainably managed forests. Thanks to this responsible approach, including materials such as coppice wood, sawmill offcuts and wood from invasive species, Bordet guarantees the traceability and sustainability of its supplies (SURE and PEFC certifications).
The processing of raw materials takes place in a closed circuit, thus making it possible to recycle fumes at each stage of the process and to have a very low carbon footprint. This innovative production technology considerably reduces environmental impact by limiting harmful gas emissions and water consumption.
The Bordet Group production site operates energy autonomously thanks to cogeneration. By using the water vapor generated by the boiler, powered by recycled combustion gases, Bordet produces both heat for its installations and electricity to ensure the site's autonomy. This innovative approach helps ensure the energetic independence of the company.
The Bordet Group's mission is to recycle wood waste into biochars and bio-oils for health, animal welfare and agriculture. By favoring natural and renewable raw materials, by bringing together an academic and industrial ecosystem dedicated to R&D, and by constantly innovating in its production process, Bordet is fully committed to the 2030 agenda and thus establishes itself as a responsible company towards society and the environment.
21290, Leuglay
Founded in 1860, the Bordet Group has evolved from a coal producer for the steel industry to a player in decarbonization through the production of high-quality biochar. It is mainly produced from waste from sawmills and forestry operations in the surrounding area.
Tonnage 2649 / 3912 TeqCo2
Read moreThe Bordet Group positions itself as a major player in high environmental performance, characterized by its sustainable production method and its products of exceptional quality. Drawing on its know-how, the Bordet Group provides innovative solutions for the benefit of the climate transition.
The Bordet Group is committed to selecting non-recycled sawmill waste from local and sustainably managed forests. Thanks to this responsible approach, including materials such as coppice wood, sawmill offcuts and wood from invasive species, Bordet guarantees the traceability and sustainability of its supplies (SURE and PEFC certifications).
The processing of raw materials takes place in a closed circuit, thus making it possible to recycle fumes at each stage of the process and to have a very low carbon footprint. This innovative production technology considerably reduces environmental impact by limiting harmful gas emissions and water consumption.
The Bordet Group production site operates energy autonomously thanks to cogeneration. By using the water vapor generated by the boiler, powered by recycled combustion gases, Bordet produces both heat for its installations and electricity to ensure the site's autonomy. This innovative approach helps ensure the energetic independence of the company.
The Bordet Group's mission is to recycle wood waste into biochars and bio-oils for health, animal welfare and agriculture. By favoring natural and renewable raw materials, by bringing together an academic and industrial ecosystem dedicated to R&D, and by constantly innovating in its production process, Bordet is fully committed to the 2030 agenda and thus establishes itself as a responsible company towards society and the environment.
21290, Leuglay
Founded in 1860, the Bordet Group has evolved from a coal producer for the steel industry to a player in decarbonization through the production of high-quality biochar. It is mainly produced from waste from sawmills and forestry operations in the surrounding area.
Tonnage 2649 / 3912 TeqCo2
Read more