JM Autothermal reformer (ATR): exceptional performance and reliability

Johnson Matthey is the market leader in syngas with an expertise in deploying world scale plants. Our unique ATR transforms natural gas into synthesis gas (syngas, predominantly CO, CO2 and hydrogen). This syngas is a feedstock for the gas to liquids (GTL) and methanol processes, and efficiently enables production of low carbon hydrogen at scale.
- Johnson Matthey's ATR -
• Proven performance of mature technology
• Higher CO₂ capture at lower CAPEX compared to SMR
• Highest uptimes in the market
• Exceeds current standards for carbon intensity to be classified as low carbon hydrogen
• 25 ATR's and secondary reformers commissioned, in continuous, safe, and reliable operation
- Reforming precision -
Our expertly designed autothermal reformer has a unique “long-neck” design where the process gas is perfectly mixed with the flame and combusted away from the catalyst bed.
When the gas reaches the catalyst bed, it is at a uniform velocity and controlled temperature, preventing the catalyst from moving and overheating. This protects the catalyst’s integrity and durability, eliminates the need for expensive target tiles, and avoids operational issues which would be difficult and costly to resolve.
The reformer also includes a simple and low-maintenance proprietary burner which, coupled with the long neck, delivers exceptional process performance and maximised throughput.
The result is an outstanding design with proven world-class reliability that achieves the highest availability and production quality in the market.
- Explore more -
• JM's methanol solutions: matthey.com/products-and-mark...
• Market-leading LCH™ technology for CCS-enabled (blue) hydrogen production: matthey.com/en/products-and-m...
• Get in touch: matthey.com/en/contact-us
- Connect with JM -
LinkedIn: / john. .
Twitter: @johnson_matthey
IG: @johnson_matthey
Facebook: @johnsonmattheyplc
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#sustainability #hydrogen #decarbonisation #reforming #methanol #climatetech #energy

[@maciekkrupowski1681]

Cool prototype have a Nice day Love form brazil

[@irfi42o]

O2 and CH4 reacting prior to entring towards bed thus may produce coke, morover the O2 is not distributing well in the bed. ultimately causeing water formation and non uniform heat distribution.

[@JuanPablo-vs8bo]

very cool design 👍 contact me