For the separation and recovery of fine solids! Micro-mesh drum screen.
Removes solid particles as small as 20 microns through micro-mesh filtration! Suitable for food, paper and pulp, aquaculture, chemicals (resins), aquaculture, algae, and short fiber solids, etc.
The wastewater/drainage treatment device "Microfilter Regenerator MRT" is a highly efficient and reliable semi-immersed rotary drum type product for the removal of solids. It is designed to filter large volumes of water with relatively low suspended solids content, achieving high processing capacity. The filter element is made of polyester micro-mesh, welded to polypropylene panels attached to the rotary drum. It can be installed directly in water channels, allowing for solid-liquid separation treatment of water intake from rivers, ponds, etc. 【Features】 ■ Low pressure loss (below 0.4mm) ■ No external water supply is required for automatic mesh cleaning; treated water that has passed through the mesh is used ■ The rotation of the drum and screen cleaning are intermittent, providing high energy efficiency ■ Easy and economical maintenance *For more details, please refer to the PDF document or feel free to contact us.
basic information
【Lineup】 ■ MRT-PC (Waterway installation type) ■ MRT-CE (Built-in type) ■ MRT-PE (Waterway mounted type) *For more details, please refer to the PDF materials or feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
**Applications** - Urban wastewater: tertiary filtration - Drinking water: removal of fine particles when producing drinking water from river water - Aquaculture: filtration of inflow and outflow water in open and closed water channels - Wastewater treatment: wastewater treatment, filtration, and reuse of process water in the horticultural industry - Industrial water: processes for collecting fine particles such as microalgae, filter media, and fibers suspended in liquids - Others: filtration of water used in public pools, artificial lakes, zoo ponds, aquariums, and large cooling towers *For more details, please refer to the PDF document or feel free to contact us.*
