Parker's clearcurrent® filters and systems are an ideal fit for protection against challenging environments including coastal, desert and dusty regions, high or low humidity, and areas with high or low levels of particulate.View our Industry Brochure
Often located in industrial areas near other combustion sources, power plants frequently operate in an atmosphere containing high levels of small particulate. Even rural locations can be subjected to large amounts of particulate, usually related to seasonal agricultural processes. These contaminants significantly reduce turbine performance and result in frequent maintenance and costly downtime.
To ensure your turbines continue to run at optimum efficiency, Parker provides clearcurrent® gas turbine inlet systems developed for specific environmental conditions including coastal, desert and dusty regions, high or low humidity and areas with high or low levels of particulate. In addition to filter housings, we supply turbine inlet cooling, ventilation systems, acoustic packages and air quality services. Inlet cooling can provide additional power where needed, implemented either as a new unit or as a retrofit. Learn more about Parker filtation solutions for power generation.
Parker's clearcurrent® filters offer superior support to the Energy & Electric Utilities market. This comprehensive group of product solutions focuses on the needs of power generation suppliers to help achieve increased power output, lower heat rate, predictable and lower pressure loss and reduced fouling. Driven by market leading research and development, clearcurrent filters help deter gas turbine degradation leading to more MW being delivered on the gas turbines they protect.
Parker's clearcurrent® systems support the power generation industry by providing consistent performance to gain the best output from the plant. All clearcurrent systems include an aerodynamic design ensuring clean and uniform airflow enters the gas turbine. Our range of systems (with OEM approved designs) include traditional pulse and static designs as well as hybrid units that offer multiple levels of protection. We also offer evaporative coolers to upgrade MW output in hot environments.