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PGM market research
PGM Market Report reviews and forecasts demand and supply developments in the PGM markets.
ExploreCatlab | Advanced catalysis services
Catalyst screening, reaction optimisation, and custom catalyst manufacturing
ExploreBiomethanol production | Biomass to methanol
JM’s biomethanol process converts syngas from biomass gasification into renewable methanol, reducing carbon emissions and supporting sustainable fuel production
ExploreSustainable methanol solutions
Discover JM’s sustainable methanol solutions, including e-methanol, biomethanol, and waste-to-methanol, to support cleaner fuels and industrial decarbonisation
Exploree-SNG: Renewable natural gas solutions
JM’s biomethanol process converts syngas from biomass gasification into renewable methanol, reducing carbon emissions and supporting sustainable fuel production
ExploreUpholding labour and human rights
Johnson Matthey Plc and our group companies (JM) are committed to respecting and upholding human rights throughout our operations and supply chain.
ExplorePGM market research
PGM Market Report reviews and forecasts demand and supply developments in the PGM markets.
ExploreCollaborating and engaging with stakeholders
Our engagement with external organisations, alliances and policy makers is essential to understand the complexities of an increasingly volatile environment, and ensure our portfolio of sustainable solutions can meet the present and future needs of the net zero transition.
ExploreLow Shrinkage Methanol Synthesis Catalyst
Methanol synthesis catalysts will typically undergo a degree of shrinkage (and settling) following reduction and subsequent start-up.
ExploreCO2 to Methanol - eMERALD 201
Building on KATALCO heritage, eMERALD 201 catalyst optimises CO2 to methanol conversion, ensuring sustainable, efficient plant performance long-term.
ExploreJM-Levo Purification
The JM-LEVO Purification portal is here. Assemble, visualise and gain plant operation insights and opportunities.
ExploreMethanol to Jet technology
Johnson Matthey has partnered with Honeywell UOP, combining their market-leading technologies to provide customers with an enhanced methanol-to-jet SAF solution. This partnership provides access to jet fuel at a lower carbon intensity to traditional fuels from hydrogen and carbon dioxide.
ExploreSuperior Methanol Synthesis Catalyst
Discover KATALCO 51-102, a superior methanol synthesis catalyst offering unmatched stability, selectivity, and high methanol yield.
ExploreOleochemicals catalysts
PRICAT™ 99 series nickel catalysts for selective and full fatty acid hydrogenation, ensuring top quality and efficiency.
ExploreSPONGE METAL catalysts
Johnson Matthey's SPONGE METAL™ nickel-based catalysts for hydrogenation reactions in the manufacturing of polyols such as sorbitol, maltitol, xylitol and lactitol.
ExploreFluorochemical catalysts
Johnson Matthey's fluorination catalysts are based on chromia for the vapour phase fluorination of alkenes and halocarbons with HF for the production of a wide range of fluorochemicals.
ExploreHydrogenation catalysts
Explore Johnson Matthey's hydrogenation catalysts, offering base metal and precious metal solutions for selective and total hydrogenation applications.
ExploreHydrogen Peroxide Catalysts - H2O2 Production
Discover Johnson Matthey's advanced hydrogen peroxide catalysts, engineered for reliable H2O2 production using slurry and fixed-bed reactor technologies.
ExplorePyrolysis gasoline hydrogenation catalysts
Pyrolysis gasoline hydrogenation catalysts to hydrotreat pygas and eliminate acetylenes, dienes and aromatic olefins.
ExploreCustom catalysts
Our custom catalyst programmes deliver products suitable for reliable scale up from gram to kilo and kilo to tonne for customers worldwide. This makes us a desirable catalyst partner in today’s chemical industry.
ExploreLife Science Technologies
Catalysts and services for pharmaceutical, agrochemical, and fine chemical applications
ExploreDimethyl ether production
Replace LPG with sustainable dimethyl ether using Johnson Matthey’s production technology
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