Automatic self cleaning filters
Explore our range of automatic self cleaning filtration systems.
Automatic self cleaning filters
Explore our range of automatic self cleaning filtration systems.
We help you find the right solution
Automatic self-cleaning filtration systems ensure continuous and efficient filtration without the need for manual cleaning or process downtime. The solutions are designed to handle high particle loads and help maintain stable process operation, reduce maintenance requirements, and deliver high reliability in demanding industrial and marine applications.
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Effective seawater filtration requires equipment that withstands harsh environments, fluctuating water quality and high particle loads. This vertical, automatic self-cleaning filter in duplex is developed for aquaculture and combines robust materials with a scraper system that removes shells, seaweed and other particles without interrupting operation.
Fresh Water Norway has chosen a self-cleaning filtration solution from Ditech to ensure consistent quality of both process water and intake water. The automatic system provides reliable operation and efficient filtration without the need for manual cleaning.
At Å Energi, reliable water treatment is a vital part of operations at hydropower plants. Ditech has supplied a self cleaning filter in acid resistant stainless steel 316L that efficiently handles particles from the water intake, reducing the need for manual monitoring and maintenance.
Why choose self-cleaning filters in food production? The food industry demands high standards for process water. To ensure consistent quality and uninterrupted operation, Ditech has supplied self-cleaning automatic filters to a Norwegian food producer.
In water treatment, the terms water filtration and water separation are often used interchangeably, but the processes are fundamentally different. Choosing the right method and equipment can have a significant impact on treatment efficiency, final water quality, regulatory compliance, and operating costs.
Self-cleaning automatic filters are designed for efficient mechanical removal of both solid and soft particles from water and process fluids. These filters are especially suitable for applications requiring high operational reliability, limited space, and automated operation, such as aquaculture, power plants, industrial process facilities, and water treatment systems.
Automatic self cleaning filters have long been a reliable and efficient solution for liquid processing across a wide range of industries. At Ditech, we specialize in this technology to meet the needs of customers who require continuous flow and high quality filtration without frequent maintenance.
A self cleaning filter is a filtration technology that automatically cleans itself using the system’s own water pressure, without the need for manual cleaning. This ensures continuous operation, efficient particle removal, and reduced maintenance requirements. It is a practical solution for industrial, municipal, and irrigation systems.
Forsta Filters is recognized for its advanced and highly efficient filtration technology, combining automation, ease of operation, and durable design. The filtration systems are engineered to remove particles from water flows while reducing maintenance requirements and energy consumption. The systems are based on a self cleaning mechanism that optimizes both performance and uptime, making them well suited for demanding applications within industry, agriculture, municipal water systems, and aquaculture.
At a time when efficient use of water resources is essential for sustainable growth, Forsta Filters has established itself as a leading provider of advanced water filtration systems. With a strong focus on automation, environmental responsibility, and adaptability, Forsta delivers solutions that meet the demands of a wide range of industries. From agriculture and industrial applications to municipal water supply and aquaculture, Forsta Filters offers filtration systems that not only reduce water consumption but also enhance operational efficiency and long term reliability.
