Chemical Process Pumps
Engineered for corrosive, non-lubricating, and high-temperature chemical liquids, these pumps require as little as 1 foot of NPSH and are available in close-coupled, regenerative turbine, and sealless magnetic drive designs for leak-free operation.
Low NPSH Chemical Pumps
High pressure pumping Only 1 foot NPSH required
Regenerative Turbine Chemical Pumps
High pressure pumping of non-lubricating and corrosive liquids
Magdrive Chemical Pumps
Sealless magnetic drive Only 1 foot NPSH required
Multistage Low NPSH Chemical Pumps
Only 1FT NPSH required Up to four impeller stages
Industrial Pumps
Built for general industrial transfer and low-NPSH boiler feed applications, these end-mounted and multistage pumps deliver full-curve performance with flows up to 180 GPM and multiple impeller stages for higher-pressure duty.
End Mounted Industrial Pumps
For non-lubricating liquids up to 180 GPM and 450'
Low NPSH Boiler Feed Pumps
Full curve performance Only 1 foot NPSH required
Low NPSH Multistage Pumps
Up to four stages Only 1FT NPSH required
Industrial Multistage Pumps
Peak Efficiency Power Up to 4 stages
High Pressure Boiler Feed Pumps
2 Stage with Higher Flow For Intermittent or Countinous Operation
Steam Condensate Return and Boiler Feed Systems
Complete packaged systems for returning condensate and feeding boilers, rated for temperatures up to 400°F. Available in standard, vertical, horizontal, underground, and compact peak-capacity configurations to fit any mechanical room footprint.
Standard Condensate Return Stations
Condensate Return Systems For Temperatures up to 200˚F
212˚F Condensate Return Stations
Vertical 1FT NPSH Pumps For Temperatures up to 212˚F
Horizontal Condensate Return Code Stations
High Capacity Condensate Return For temperatures up to 400˚F
Underground Condensate Return Stations
Below Grade Condensate For Temperatures up to 212˚F
Peak Condensate Return Stations
Smaller Footprint Taller Receivers Than Standard Units
Boiler Feedwater Systems
Standard and High Tempertature Systems Improved Feedwater Recovery