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Filtration Solutions for Pressurized Water & Heavy Water Reactors (PWR & PHWR)

Protecting reactor systems and personnel with advanced filtration for PWR and PHWR operations

Engineered for Safety, Reliability, and Compliance

 

Pall Corporation delivers high-performance filtration systems tailored for Pressurized Water Reactors (PWR) and Pressurized Heavy Water Reactors (PHWR). Our solutions reduce radioactive exposure, protect critical components, and support compliance with global safety standards.

 

Filtration Applications by Reactor Diagram Point

 

Each numbered point on the PWR/PHWR reactor diagram corresponds to a critical filtration system. The table below outlines the system name, its purpose, and Pall’s recommended filtration solutions which is designed to reduce radioactive exposure, protect equipment, and meet global safety standards.

 

Diagram PointSystem NameApplication & PurposeShop Product
1Residual Heat Removal (RHR) SystemsProtect ion exchange beds from fouling and abrasion; safeguard mechanical seals and bearings during shutdown
2Chemical Volume Control System (CVCS)Remove irradiated particulates and resin fragments; protect reactor coolant pump seals and demineralizer beds; reduce out-of-core radiation levels
3Turbine Lubrication & EHC Systems*Maintain oil quality and cleanliness; remove water, acid, and varnish from turbine lube oil and phosphate ester fluids; protect bearings and hydraulic controls
4Condensate SystemRemove suspended solids and corrosion products; protect steam generators; reduce chemical treatment and deep bed regeneration
5Waste Water TreatmentFilters radioactive waste streams; removes suspended solids and resin fines; supports safe discharge and regulatory compliance
6Spent Fuel Pool FiltrationRemove fine particulates and radioactive debris; maintain pool clarity and support safe fuel handling
7RadwasteRemove suspended solids and separate oil from water in radioactive waste streams; support safe discharge and regulatory compliance
8Diesel GeneratorRemove contaminants from lube and fuel oil; ensure reliable emergency power operation; reduce wear and extend engine life

 

*Turbine & EHC System Filtration

 

For deeper insight into turbine fluid conditioning and control reliability:

 

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