Technology

Bio-methanol from waste biogas using
Innovative catalyst technolgy

CRecTech has developed a breakthrough catalyst, CRecREFTM, that turns raw biogas, made up of methane and carbon dioxide, directly into renewable bio-methanol in just two steps instead of the conventional four step process. Our catalyst not only prevents carbon build-up but also puts CO₂ to work as part of the reaction, producing the perfect gas mixture needed to make methanol.

This means we skip expensive cleaning and conditioning steps, cutting production costs by up to 50%. The result is a highly sustainable way to turn biomass wastes into affordable green fuel for the shipping industry and beyond.

Steam Methane
Reforming Problems

Steam Methane Reforming (SMR) faces challenges like high CO₂ emissions, catalyst degradation, and energy inefficiency.

81 Million

Ton Natural Gas Fuel Per Annum

270 Million

Ton Water Per Annum

420 Million

Ton CO₂ Emission Per Annum

Two Processes

CRecTech is pioneering low-carbon solutions through two key innovations: its advanced Steam Methane Reforming (SMR) process using the CRecREFTM catalyst, which reduces fuel use, water consumption, and CO₂ emissions; and its Bio-Methanol Process, which converts biogenic or waste feedstocks into renewable bio-methanol. Together, these technologies enable cleaner bio-methanol production, supporting a more sustainable and circular energy future.

Low Carbon Steam Methane Reforming

CRecTech Bio-methanol Process

CRecTech’s solutions revolve around lowering CO₂ emissions without expensive carbon capture and storage (CCS) technologies, and yet still achieve greener alternative fuels production.

Renewable Bio-Methanol

Modular Solutions Converting Waste to Renewable Bio-Methanol

Modular & Rapid Deployment

Modular units with a small land footprint, enabling fast setup near feedstock sources.

Plug and Play Integration

Connects seamlessly to existing biogas, heat, and storage infrastructure with minimal disruption.

Cost Efficient CAPEX

Standardized modular design lowers upfront investment, making renewable bio-methanol production economical.

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