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I write about compressor selection and integration for different power sources and gases. My articles cover sizing and commissioning a gas-powered air compressor and planning an electrochemical hydrogen compressor installation, helping readers identify the operating conditions and system interfaces that need careful review.
Gas Booster Compressor Sizing: Operating-Case Checks
Gas booster compressor sizing matches the required gas flow to the inlet conditions and delivery pressure and operating cycle. A unit can reach the desired pressure, but deliver too little gas there. Start with the operating cases, convert the flow…
Hydrogen Piston Compressor vs Diaphragm Compressor: A Duty-Based Selection Guide
Hydrogen Compression Engineering Guide A useful answer to hydrogen piston compressor vs diaphragm compressor is a case-by-case decision. It is a traceable decision made from the gas specification, every credible operating case, the package’s contamination and leakage boundaries, its failure…
Industrial Air Compressors for Oil and Gas: A Practical Selection Guide
Industrial Air Compressors for Oil and Gas Guide | PanGeng Application Engineering Guide When considering industrial air compressors for oil and gas, think air user first, then reach for the compressor catalog. Instrument valves, workshop tools, drilling support, N2 gen,…
Oil and Gas Booster Compressor: A Practical Engineering Guide
Booster Compressor Oil and Gas Guide | PanGeng Engineering Guide The design basis for a booster compressor project goes beyond discharge pressure alone. The real design basis is a moving envelope of gas composition, suction conditions, flow, stage loading, cooling,…
Booster Compressor for Pressure Testing: Engineering Selection Guide
A booster compressor for pressure testing isn’t chosen based on target pressure alone. The useful duty point is a moving envelope: inlet pressure can fall, required discharge pressure can rise during the fill, flow can vary along the curve, and…
How to Size, Site, and Commission a Gas-Powered Air Compressor
A Gas Air Compressor is a compressed-air package driven by a gasoline engine for industrial and jobsite service-air work. Planning starts with the air your work must receive—not horsepower, tank size, or maximum pressure. This guide shows how to document…
Electrochemical Hydrogen Compressor Engineering Integration Guide
An electrochemical hydrogen compressor is a device that moves hydrogen through an ion-conducting membrane and raises pressure without a mechanical piston in the gas path. A usable project specification still needs more than a pressure target: it must bind feed…
Hydraulic Air Compressor Guide: Sizing, Integration, Commissioning, and Troubleshooting
Updated August 2026 · Technical review by Anhui PanGeng Gas Compressor Co., Ltd. A hydraulic air compressor is a compressed-air package, also called a hydraulic driven air compressor, that uses pressurized hydraulic oil from a host machine to turn a…
Reciprocating Hydrogen Compressor Guide: Duty & Evidence
Engineering guide · Reviewed August 2026 Engineering a Reciprocating Hydrogen Compressor Duty A Reciprocating Hydrogen Compressor Guide is an engineering map for teams that have already shortlisted piston-type reciprocating compression and now need to document duty, staging, leakage control, monitoring,…
Reciprocating Air Compressor Guide: Working Principle, Parts, Maintenance, and Troubleshooting
A reciprocating air compressor is a positive-displacement machine in which a crank-driven piston changes cylinder volume to draw in and compress air. That definition is simple. Applying it well isn’t, because pressure, flow basis, storage, cooling, controls, air quality, demand…
