
CO2 Electrolysis Using Equilibar Back Pressure Regulators
Equilibar® has a family of back pressure regulators to control CO2 electrolysis at a range of pressures, high or low, with extreme precision.
Equilibar® has a family of back pressure regulators to control CO2 electrolysis at a range of pressures, high or low, with extreme precision.
Equilibar valves are used in food and beverage applications where other valves are challenged
Equilibar® back pressure regulators for ammonia cracking control pressure at high temperatures and have chemical compatibility
How an Equilibar® back pressure regulator can improve spray coating
Equilibar® back pressure regulators are perfect for electrolyzer emergency shut down or blow-down depressurization
Equilibar® back pressure regulators for pyrolysis can control pressure at high temperatures and handle solid particulates
An Equilibar back pressure regulator/pressure sustaining valve can accurately control temperature in a liquid cooling control loop
Equilibar valves provide extreme accuracy required for semiconductor fabrication
BPRs are excellent for fuel test systems because they are easily automated, respond quickly, and operate over a wide Cv range.
An Equilibar sanitary FDO back pressure regulator is excellent for sanitary tank blanketing where inerting pressure is very low.
Equilibar BPRs can be configured for complex applications, including very low temperature and cryogenic fluid control.
Equilibar® back pressure regulators makes automotive and aerospace test stand operation run smoothly
Some applications need a low differential pressure valve, where overall system pressure is low and the user wants to avoid pressure loss.
An Equilibar BPR provides precise and consistent pressure for the reverse osmosis process even if the feed water experiences variable flow rates.
How to use an Equilibar® back pressure valve in polymer chemistry process control
Our dome-loaded sanitary back pressure regulator can accurately control the differential pressure across a membrane in a wide range of flow rates.