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SWITCH METHANOL technology
A fuelless reforming process which delivers minimal direct CO2 emissions without carbon capture and is ready for electrification. It combines our unique gas heated reformer with an autothermal reformer (GHR+ATR).
ExploreFLEXI METHANOL technology
A robust process which combines steam methane and autothermal reforming (SMR+ ATR) to deliver consistently high performance for a wide range of natural gas compositions.
ExplorePRIMARY METHANOL technology
A well-established, oxygen-free process which is based on steam methane reforming (SMR) and can deliver large methanol capacities.
ExploreMethanol and ammonia co-production
A single process to make methanol and ammonia combining Johnson Matthey and KBR’s market leading technology, achieving maximised efficiency and savings while delivering operational flexibility and world-class reliability.
ExploreCOâ‚‚ to methanol
Production of low carbon intensity methanol from COâ‚‚ streams and Hâ‚‚ generated by water electrolysis.
ExploreWaste to methanol
Production of more sustainable methanol using synthesis gas obtained from the chemical conversion of municipal and industrial waste that cannot be mechanically recycled.
ExploreAutothermal reforming catalysts
We use our combined knowledge of process technologies and catalysis to maximise the efficiency of secondary reforming operations.
ExploreHigh performance methanol catalysts and absorbents
Johnson Matthey’s methanol catalysts and absorbents enhance plant performance, combining efficient technology to reduce operating costs effectively.
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