Partial Oxidation

Samuel’s POX Services

Front-End Engineering & Feasibility for POX Facilities

Samuel provides early-phase engineering, process evaluation, and feasibility studies for partial oxidation (POX) facilities used in syngas and hydrogen production.

POX Process Engineering

Our engineers support reactor design, process modeling, and integration with downstream gas treatment and hydrogen purification systems.

Oxygen Supply & Heat Balance Integration

Samuel supports oxygen supply integration, burner design coordination, refractory-lined reactor systems, and the thermal management required to maintain stable POX reactions.

Technology Provider & Vendor Coordination

Samuel coordinates with licensors and equipment vendors to ensure proper integration of process technologies, equipment packages, and plant systems.

Syngas & Hydrogen Plant Integration

Samuel supports integration with downstream processing units, including water-gas shift reactors, gas cooling, carbon capture, and hydrogen purification systems.

ABOUT PARTIAL OXIDATION (POX)

Partial oxidation (POX) is a widely used process for producing synthesis gas (syngas) by reacting hydrocarbon feedstocks with a controlled amount of oxygen at elevated temperatures. The resulting gas stream—primarily hydrogen and carbon monoxide—serves as a critical building block for hydrogen production, fuels, and chemical manufacturing.

Samuel Engineering provides full lifecycle engineering support for POX-based facilities, helping clients evaluate technologies, integrate process systems, and deliver reliable plant designs for syngas and hydrogen production applications.

Samuel Engineering supports POX and syngas projects through: