Certified
ISO 9001:2015
Innovation
90+ U.S. Patents
Worldwide
Global Support
Experts
Since 1954
Certified
ISO 9001:2015
Innovation
90+ U.S. Patents
Worldwide
Global Support
Experts
Since 1954
Clean, dry, regulated pipeline gas for dependable pneumatic instrument performance.
The Welker CleanFlow™ Instrument Grade Natural Gas System removes liquids, moisture, and contaminants from pipeline gas so it can be used as a clean, dry supply source for pneumatic instruments and pneumatically actuated equipment. Designed for natural gas compressor stations, refineries, offshore production sites, processing plants, emergency shutdown valves, control valves, and automated ball valve assemblies, CleanFlow™ combines Welker filter drying, integrated pressure regulation, optional liquid dump protection, and optional catalytic heating to help prevent clogs, freezes, equipment damage, and service interruptions.
Natural Gas or Instrument Air Supply Lines
Upstream of pneumatic instruments, pneumatically actuated equipment, emergency shutdown valves, control valves, and automated ball valve assemblies.
Cold or Moisture-Prone Locations
Helps condition pipeline gas in locations with low ambient temperatures or supply gas moisture.
Industrial Gas Facilities
Natural gas compressor stations, centrifugal compressors, reciprocating compressors, oil refineries, offshore production sites, and processing plants.
Resources
Industry-Recognized Welker Filter Dryer
Removes liquids, moisture, and contaminants from pipeline gas to help protect pneumatic instruments from damage, clogs, and freezing.
Integrated Regulator System
Reduces pipeline pressure to a functional instrument supply range for safer, more reliable downstream operation.
Industry-Recognized Welker Filter Dryers
Remove moisture, liquid hydrocarbons, and mercaptan to help protect downstream pneumatic instruments.
Optional Welker ALD or MLD Liquid Dump
Adds automatic or manual liquid removal to help prevent liquid carryover into sensitive pneumatic equipment.
Optional Catalytic Heater
Heats pipeline gas to the desired temperature to help reduce freezing risk and maintain instrument supply performance.
