News and Articles

Great new self-cleaning filter products from Rotorflush Filters Ltd. Find out what's new in the never-ending battle to keep pipes, nozzles, filters, pumps, analysers and eel screens free from blockage and clogging.

Largest Ever Rotorflush Self-cleaning Filters for the Oil Industry! Giant self-cleaning suction intake screens manufactured in the West country and deployed to the Euphrates estuary. Filtering to 3 mm screening pretty murky brackish estuarine water for use across the desert at well-heads - a vital supply of process water kept flowing by low maintenance self-cleaning strainers. Rotorflush’s unique self-cleaning filter technology has been scaled up to meet the demanding requirements of the oil industry. Six Rotorflush RF1500R self-cleaning strainers – each filtering 700 cubic meters per hour – will be used for river water abstraction in Iraq’s oilfields.

How do you Cut Online Analyser Maintenance Costs? Inline Wall-mounted Self-cleaning Filter for Analysers Rotorflush Filters Ltd have developed The RF100AN self-cleaning filter for analysers to keep your analyser from clogging and plugging.

Keeping the Greens Green and the Fairways Fair - Irrigation for Golf Courses using Rotorflush self-cleaning filters. Guaranteeing a filtered supply of water is very important for course irrigation system design and implementation. Typically, raw water is pumped from ponds, lakes or streams to ensure the course is in tip-top condition. Intake strainers protect the pumps and irrigation equipment from blockage. A unique self-cleaning mechanism keeps the filters free of weed and other detritus so that pumps and irrigation equipment can be left to run with minimal maintenance.

How innovation has enabled successful eel screening to be used to protect eels and elvers and keep water flowing with minimal screen maintenance…….

How Do I Filter Water for my Open Loop Water Source Heat Pump to Prevent Blocking and Clogging? The answer, of course, is to use a Rotorflush Self-cleaning Filterpump™ to deliver the flow and pressure you need to your heat exchanger.