Standards co-authorship
Active API member · co-authoring API 561 (the upcoming SMR furnaces standard) and contributing to API 560 + API 936 refractory committees. We help write the rulebook.
Top-fired and side-fired SMR furnace EPC for hydrogen production. We design, engineer, fabricate, and commission reformer radiant sections to API 560 — and we are co-authoring API 561, the upcoming global standard for steam methane reformer furnaces.
International references: HGU Reformer for IRPC Public Co. Ltd., Rayong (Thailand) with Linde · IOCL Bongaigaon HGU · HPCL Mumbai DHDS Reformer
Esteem has designed, fabricated, and commissioned SMR furnaces in both top-fired and side-fired configurations for hydrogen units across India and internationally. We work directly with refiners and chemicals owners — and alongside global licensors when the project requires it — bringing our own thermal engineering, WinHeat® simulation, CFD, and FEA capability to the work.
The HGU Reformer Esteem fabricated and supplied for the IRPC project at Rayong, Thailand (with Linde) and the HGU Reformers delivered to IOCL Bongaigaon and HPCL Mumbai are the proof that we execute reformer packages at the level major refiners and licensors expect.
What makes a reformer perform isn't just steel — it's the thermal physics, the metallurgy, and the disciplined execution. We bring all three.
Active API member · co-authoring API 561 (the upcoming SMR furnaces standard) and contributing to API 560 + API 936 refractory committees. We help write the rulebook.
WinHeat® simulation, CFD, and FEA done in-house by our own engineers. We do not outsource thermal rating to third parties.
HGU Reformer supplied to IRPC Thailand with Linde. HGU Reformers for IOCL Bongaigaon and HPCL Mumbai. Modular fabrication and field commissioning under one accountable scope.
Top-fired and side-fired reformer design
Licensor package integration
Thermal and mechanical design translation
Modular fabrication and erection
API 560 & ASME compliance
From greenfield hydrogen to integrated chemical complexes, reformer delivery depends on consistent thermal and mechanical discipline across the package boundary.
High-integrity reformer furnaces aligned with hydrogen purity, duty, and reliability targets for modern and legacy schemes.
Mechanical execution that respects syngas routes, licensor heat duties, and the demanding integration of ammonia plants.
Support for hydrogen networks, hydroprocessing, and refinery-wide synergies with predictable handover and commissioning.
Share your licensor package, site constraints, and performance targets — we will align mechanical design, modularization, and execution with your schedule and standards.