01
Your Compressor
Manufacturer, model, stage or cylinder, suction and discharge valve positions, the existing valve, and any drawings or records.
Step 1 detailsSOLUTIONS
How We Select a Valve
We work in three steps: your compressor and valve position, your gas and operating conditions, then the valve type and configuration.
02
Your Gas and Operating Conditions
Gas composition and variation, stage pressures and temperatures, flow, speed, capacity control, lubrication, particles and liquid carryover, with units and reference conditions.
Step 2 details03
Valve Type and Configuration
We use the equipment and operating data to choose the flow passages, plate or poppet, springs and cushioning, materials and installation interface.
Step 3 detailsA selection workflow built around usable engineering evidence
Review the valve configuration with the compressor, gas and operating envelope. The workflow turns the available information into a clear list of checks and missing inputs.
1. Establish the equipment boundary
Identify the compressor model, cylinder and stage, the suction or discharge valve position, and the existing valve or installation arrangement. Drawings, measured dimensions, valve-chamber information and maintenance records can each be useful, but their source should be clear. Mark values taken from a nameplate, drawing or field measurement separately from estimates.
Review the valve chamber, sealing surfaces, interfaces and operating duty with the valve designation.
2. Describe the gas and operating envelope
Give gas composition and expected variation, then organize suction and discharge pressure, temperature, flow and speed by stage and operating case. State whether pressures are absolute or gauge and provide units and reference conditions for flow. Record normal, startup, shutdown and variable-load conditions separately when they differ.
Lubrication, particles, deposits, moisture and liquid carryover belong in the same record because they can change how a valve operates. Existing failure records are especially useful when they identify the affected position, the damaged part and the observed operating situation.
3. Review a valve type and configuration
With the equipment and duty defined, the review can compare appropriate flow passages, moving elements, springs, cushioning, material compatibility and installation considerations. Review lift, opening and closing motion, impact, contamination risk and clearance.
Product pages provide structural context, while technical cases provide machine, gas, stage and outcome references for the discussion.
4. Confirm what remains open
The practical output is a list of available facts, gaps to close and points that need confirmation in drawings and technical documentation. If standards, inspection or document requirements apply, provide the standard name and edition. If data is incomplete, send the available material first; the next request can be focused on the missing items.
For an active valve problem, use the Support checklist alongside the selection process. It separates the service evidence from the solution discussion.
Keep the review traceable
Use one operating-case label consistently across the equipment list, process data, photographs and maintenance notes. Note the date or period represented by each record and identify which values are current, historical, measured or estimated. This makes it possible to ask a focused follow-up question without silently combining incompatible conditions.
A concise record gives the buyer, operator and technical reviewer a common basis for discussing operating data, changes and next actions.