Industrial Engineered Systems Overview
Air Products PRISM Membranes engineers large, industrial membrane systems for nitrogen generation and mixed gas purification. These skid mounted systems are used in the oil and gas industry, ammonia plants, chemical manufacturing facilities, and oil refineries. We work with end users and engineering companies to provide reliable, cost effective, membrane separation solutions.
Process Gas Systems
Membrane-based process gas recovery and purification systems provide an economical and durable solution for refining and petrochemical facilities. Applications include hydrogen recovery, hydrogen purification, carbon monoxide purification, and syngas ratio adjustment. Each system is delivered on a small footprint skid and requires very little maintenance or operator attention.
Over 500 PRISM® Membrane systems have been sold for critical gas separation applications. Our product engineering team is ready to design, engineer, and build a system to meet your unique requirements.
PRISM Membrane Systems recover hydrogen within hydro-processing applications at oil refineries. They reject the inert compounds that build up in hydrogen recycle loops. This means that less manufactured hydrogen is required to maintain the hydrogen balance in the system and the process becomes less costly to operate. Systems are scalable and customizable for specific operating or capital requirements.
Download Technical Bulletin PDF (1.72 MB)
PRISM Membrane Systems recover hydrogen and adjust synthesis gas streams to provide maximum efficiency. Processes include: hydrogen recovery from methanol plant purge streams, synthesis gas ratio adjustment, carbon monoxide purification, hydrogenation purge streams, and hydrogen recovery from PSA purge gas.
Download Technical Bulletin PDF (633 KB)
Ammonia Synthesis Plant
The synthesis loop gas composition includes hydrogen plus high concentrations of methane and argon that accumulate in the synthesis loop. Hydrogen molecules permeate through the membrane and migrate out. This upgraded hydrogen stream is returned to the synthesis loop to supplement the feed stock of synthesis gas. This means that less manufactured hydrogen is required to maintain the hydrogen balance in the system and the process becomes less costly to operate.
Download Technical Bulletin PDF (310 KB)
Case study: Low Pressure Hydrogen
The Engineering teams at Permea and Air Products design and commission an efficient low-pressure hydrogen separation system used in glycol manufacturing. Download the case study to see how they used PB6050 separators to build this unique hydrogen separation system.
Download Case Study PDF (396 KB)
Looking for a smaller system? Contact one of our Existing Preferred Partners