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Water purification

Johnson Matthey's fixed bed catalysts technologies are designed to treat water streams effectively, economically and robustly in low input operation.

Autothermal Reforming for Hydrogen Production

Purification

What are Johnson Matthey's PURASPEC JM absorbents and what operating benefits does the process offer.

Data centres emissions control

Methanol 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.

HyCOgen

Our HyCOgen™ technology enables captured CO2 and renewable hydrogen to be converted into sustainable synthetic fuels helping to achieve emissions reductions goals.

Catalysts for solid oxide fuel cell (SOFC) applications

Chemicals

PGMs and circularity

Edible oils catalysts

PRICAT™ 99 edible oil catalysts: high-quality, kosher & halal certified solutions for selective hydrogenation and efficient re-use in oil processing.

Edible oils catalysts

PRICAT™ 99 edible oil catalysts: high-quality, kosher & halal certified solutions for selective hydrogenation and efficient re-use in oil processing.

Low carbon solutions

Technology to revamp and decarbonise steam methane reformers; methanol technology to decarbonise chemical and refining value chains; low carbon hydrogen flowsheets; and more.

Waste 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.

PRECISION METHANOL technology

An elegant process, with world-class performance and reliability, which uses our “long-neck” autothermal reformer (ATR) and our superior quality methanol synthesis catalyst.

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).

FLEXI 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.

PRIMARY METHANOL technology

A well-established, oxygen-free process which is based on steam methane reforming (SMR) and can deliver large methanol capacities.

Methanol 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.

Early careers

Whether you're an apprentice or graduate, we're looking for the brightest talent to join us in the race to net zero and help make a difference to lives all over the world.

PEM electrolysis

Read about JM's capabilities in PEM electrolysis.