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Core Technologies

PIELDS ENGINEERING

Hydrogen Production Facilities

SMR (STEAMMETHANE REFORMING)

Steam Methane Reforming (SMR) is the most common and widely applied process used for hydrogen production.
It produces hydrogen based on the reaction between natural gas (methane) and water vapor (steam) at high temperatures between 700 and 1000°C.
This process accounts for more than 50% of the world's hydrogen production.

When methane is injected with hot steam, it first separates into hydrogen and carbon monoxide through a water-gas shift reaction.
Further hydrogen is generated through the dissociation of carbon monoxide in the High Temperature Shift (HTS) process using a catalyst.
High-purity hydrogen is then produced through the Pressure Swing Adsorption (PSA) process.

CH4 + H2O <-> 3H2 + CO
CO + H2O<-> H2 + CO2

Technical Services from Pields Engineering

  • step1

    Process Design
    (Basic & Detailed)

  • step2

    Technical Consulting for
    Factory Optimization and
    Performance Improvement

  • step3

    Factory Renovation

  • step4

    Feasibility Studies

  • step5

    Training
    (Operations and
    Operator Training)

  • step6

    Commissioning
    Support

Benefits of Pields Engineering

  • Provides basic design services as part of an EPC package.
  • Experienced in securing key package vendors and collaborating on EPC work.
  • Applies proven design packages quickly to shorten the overall project schedule to the minimum.
  • The rapid response of experienced personnel helps reduce costs and time.
  • The use of standardized designs, materials, and construction methods helps lower costs and time.
  • Experienced in working on projects across multiple disciplines.
  • Reduces CO2 emissions with CCUS technology.