01Identify the limiting connection
Record the pressure the process needs while gas is flowing, not only a static gauge reading. Locate the most demanding branch and the longest or most restricted route. Note whether the requirement uses gauge or absolute pressure.
02Build the pressure budget
Include regulators, filters, hoses, valves, storage and pipework in the route. Their losses depend on actual flow and operating conditions. If a high-pressure step is required, assess the booster as a separate duty with its own capacity and gas-service requirements.
03Verify before increasing pressure
Synchronized upstream and downstream readings during the peak can show whether the problem is a restrictive network or insufficient supply. Raising the entire station pressure may increase energy use without correcting a poorly sized final connection. Confirm changes against equipment limits and the approved design.
These public references explain general technology. They do not establish AIDEKE model performance, a supply commitment or a third-party endorsement. The article is an independent editorial explanation; the confirmed technical agreement governs a specific project.
- Official reference: atlascopco.com ↗
- Official reference: parker.com ↗
- Official reference: bronkhorst.com ↗