Taking on the Challenge of Steam Methane Reforming
Examines reforming catalyst innovations that reduce steam-to-carbon ratios, cut operating fuel consumption, and integrate carbon capture readiness into petrochemical complexes.
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June 2025Engineering & Editorial Focus Areas
- High-activity reforming catalysts enabling lower steam-to-carbon operation
- Coking resistance and tube wall temperature protection in severe duties
- CATACEL SSR reactor technology for enhanced energy efficiency and blue hydrogen generation
- Targeted visibility across refinery managers and chief chemical engineers
Technical Author / Spokesperson
Ken Chlapik, Johnson Matthey
Commercial & Strategic Impact
Established Johnson Matthey's continuous leadership in reforming efficiency and low-carbon syngas production.
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