.pdf asset-performance field_planning_color fit_for_purpose_color production_optimization_recovery_color kpi-box kpi-money kpi-time ::before

The operator of a chemical plant in Illinois that uses potable water from seven on-site water wells in its processes was experiencing premature water pumping system failures when changes were made to the facility’s operating parameters. When valves were shut while the pumps were operating, the water production was hitting the closed valve and then reversing on to the top of the pump at a high rate of velocity.

The greater thrust load in the pumping systems from this water hammering effect caused motor overheating and failures in the traditional water pumping systems, which carry the thrust load in the motor. Expected pumping system run life at the plant is five to seven years, but due to the water hammering issue the pumps were failing in less than one year.

The operator turned to Baker Hughes, a GE company, for a pumping solution that could withstand the water hammering conditions. BHGE application engineers recommended a CENetic™ certified water pumping system featuring a 9-in. nickel aluminum bronze bolted-bowl pump, a seal section with a high-thrust load bearing, and the industry’s only epoxy encapsulated motor.

Download the PDF to read the full case study.

Challenges & Results


  • Changes to chemical plant operations caused water hammering conditions in downhole pumps
  • Premature failures of traditional water pumping systems due to water hammering


  • Increased run life of water pumping systems
  • Standardized on BHGE CENetic water systems for all the plant’s water wells