Water Separators

Walker Filtration offers a range of Compressed Air and Gas Water Separators with a proven centrifugal technology and a forward-thinking housing design that delivers market leading water removal efficiencies.

Our Water Separators for compressed air and gas are available in a broad range of models with connection sizes ranging from 1/8” to 12” Rp (BSP Parallel), Rc (BSP Taper) and NPT. Walker Filtration Water Separators have a maximum operating temperature of 120˚C (248 ˚F)*, an operating pressure of up to 20.7barg (300 psig)*, and flow capacities up to 6 SCFM (10 Nm³/hr) up to 15000 SCFM (2550 Nm³/hr).

Used to remove bulk liquid following the compression of air, installing a Water Separator reduces the risk of contamination to production equipment, product spoilage, and costly shutdowns caused by damage of high levels of moisture and condensate in the system.

Our commitment to exceptional design, along with a proven track record of engineering excellence, has allowed us to remain at the forefront of compressed air and gas filtration.


We are pioneers of filtration technology

For over 35 years we have built a reputation of high quality, exceptionally engineered filtration and drying products. We never rest on our laurels. Continuing investment in technology and expertise means we stay at the leading edge of innovation.

The key to success is the commitment to our customers

We provide not only highly specified standard product ranges, but also customised solutions designed specifically for our customers needs. We anticipate customer demands, match technology with market developments and assure product performance to the highest exacting international standards.

We stay at the cutting edge of technological advancements

We employ extensive use of the latest in computer aided engineering such as finite element analysis and computational fluid dynamics. The technical performance of our products is assured for all our customers via our own in-house extensive product testing facilities and procedures.