Power Generation
Power generation water filters
Automatic Self-Cleaning Water Filters for Power Generation
Power generation facilities rely on clean, uninterrupted water flow to maintain peak thermal performance and prevent damage to expensive critical systems. Tekleen automatic self-cleaning water filters deliver precise, minimal maintenance clean water that protects boilers, turbines, and heat exchangers while reducing operational costs and water waste.
Tekleen filters operate at high pressure and temperature ranges, removing particles down to 2 microns or finer without disrupting the clean water supply. From river water intake to boiler feed and cooling tower loops, Tekleen filters are built to perform in harsh conditions with minimal manual intervention.
Continuous self-cleaning prevents scale buildup
Maintains clean, pressurized spray flows
Removes suspended solids before circulation
PLC-controlled self-cleaning with no operator time
Tekleen automatic filters use a stainless steel screen to trap particles inside the filter body. As dirt accumulates, a pressure differential is reached between the inlet and outlet, activating a backwash cycle. A suction scanner powered by water pressure or an electric motor rotates inside the filter, removing debris from the screen and flushing it out through a drain while the system remains online.
This self-cleaning process is fully automated. It eliminates the need for manual maintenance or media replacement and ensures uninterrupted system performance.
See the Tekleen cleaning cycle in action
Watch our LPF video to learn how our filters work.
Tekleen filters are installed at every stage of water usage in power generation:
Cooling Water Systems
Boiler Feedwater
Condensate Polishing
Flue Gas Scrubbers and Emission Systems
Reuse and Discharge Water
Every Tekleen filter is engineered for reliability, durability, and performance in industrial environments. Power facilities choose Tekleen because:
Tekleen automatic self-cleaning filters deliver reliable, high-efficiency water filtration with minimal maintenance, ensuring superior performance for industrial, irrigation, and municipal applications.
Power generation water filters help protect boilers, turbines, and heat exchangers while maintaining clean, uninterrupted water flow in demanding plant operations. Tekleen automatic self-cleaning filters deliver reliable performance for cooling water systems, boiler feedwater, intake water, and other critical power generation applications.
Why Power Generation Water Filters Matter
Power generation water filters help maintain clean, uninterrupted flow in cooling water systems, boiler feedwater, and other critical plant processes. In power facilities, suspended solids and debris can foul heat exchangers, clog spray nozzles, and reduce system efficiency if they are not removed before circulation.
Tekleen power generation water filters are designed for reliable operation with minimal manual maintenance, helping protect boilers, turbines, and heat exchangers in demanding environments. For broader industry context, review the EPA’s Steam Electric Power Generating Effluent Guidelines and the U.S. Department of Energy’s overview of power generation water systems and hydropower infrastructure.
Built for Demanding Power Plant Operations
Power generation water filters are essential in facilities where uninterrupted flow and equipment protection directly affect performance. In power plants, water quality impacts boilers, turbines, condensers, cooling loops, and heat exchangers across multiple stages of operation. Even small amounts of suspended solids can reduce efficiency, increase maintenance demands, and create avoidable strain on critical systems.
Tekleen automatic self-cleaning filters are designed to support continuous operation with minimal manual intervention. By helping remove debris before it reaches sensitive equipment, power generation water filters can improve reliability, reduce unplanned downtime, and support more consistent plant performance in challenging operating conditions.
This makes them a practical solution for operations that need dependable filtration, lower labor requirements, and better protection for critical water systems. For facilities focused on performance, uptime, and long-term equipment reliability, effective water filtration remains a key part of efficient power generation.