A solution built for the energy transition
At Johnson Matthey, our biomass to methanol (biomethanol) process enables you to convert syngas - generated from biomass or waste gasification - into high-purity biomethanol using our advanced methanol synthesis technology. Our high-efficiency synthesis loop maximises conversion rates, lowering carbon intensity when compared with SMR-based methanol production.
Biomethanol is a renewable alternative to fossil-based methanol, produced from sustainable feedstocks such as waste streams.
By converting organic waste into syngas through gasification, this process enables the production of low-carbon biomethanol.
With a solution built for the energy transition, Johnson Matthey empowers partners to maximise methanol production from waste-derived syngas - advancing sustainability and the circular economy
Designed for efficiency, our robust biomass to methanol process uses JM’s leading methanol synthesis catalysts to ensure process stability, even with the impurities found in biomass-derived syngas.
Furthermore, this process can integrate green hydrogen, further boosting biomethanol yield, eliminate additional conditioning steps, and reduce carbon intensity.
WHY CHOOSE OUR BIOMASS TO METHANOL TECHNOLOGY?
Every project is unique. Our experts customise our proven methanol technology to fit your specific requirements.
The intelligent process design handles intermittent hydrogen supply, reducing operational expenses and ensuring stable, cost-effective production.
Our methanol synthesis loop and highly robust methanol synthesis catalyst provide long-term process stability, maximising feedstock efficiency and methanol output.
With decades of expertise and proprietary modelling tools, we help de-risk operations and maintain high process availability, so you can produce biomethanol with confidence.
Decarbonising industry with biomethanol
Biomethanol plays a crucial role in the circular economy, offering a sustainable, low-carbon alternative to fossil fuels that addresses land use and food security concerns.
The choice of feedstock significantly impacts efficiency and environmental performance. Using waste biomass feedstocks – such as municipal solid waste and agricultural residues – we support a more sustainable methanol production process.
SUSTAINABLE METHANOL IS INCREASINGLY RECOGNISED AS A KEY SOLUTION FOR:
Decarbonising the maritime industry, where it serves as a fuel for shipping.
Supporting the production of bio-gasoline and sustainable aviation fuel (SAF).
Chemical producers seeking to reduce Scope 3 emissions, biomethanol provides a renewable alternative feedstock.
