ECOSET CO.,LTD products

Excellent Dehydration Capability: Low cake moisture content through high-pressure slurry feeding and squeezing process
Improved Processing Capacity(Cycle Time Reduction): Maximized capacity by simultaneous cake separation and shortened washing cycle time by simultaneous filter cloth washing. Perfect Cake Separation and fall-off: Perfect cake separation achieved by vertical up/.down movements of entire filter cloth. Perfect Filter Cloth Washing: Filter cloths cleansed by the spray nozzles located at the bottom of the plates during up and down movement of filter cloths.

Excellent Dehydration Capability: Low cake moisture content through high-pressure slurry feeding and squeezing process. Improved Processing Capacity(Cycle Time Reduction). Maximized capacity by simultaneous cake separation and shortened washing cycle time by simultaneous filter cloth washing. Perfect Cake Separation and fall-off: Perfect cake separation achieved by vertical up/.down movements of entire filter cloth. Perfect Filter Cloth Washing: Filter cloths cleansed by the spray nozzles located at the bottom of the plates during up and down movement of filter cloths.

Simple design with easy operation and minimal maintenance requirements. Various options for material, squeeze and separation methods to suit any installation requirements. The highest performance efficiency at low initial investment cost.

ECOSET - Model M1000/1500 Type - Filter Plate & Diaphragm Core Plate.

High performance structure due to reduced power costs. Low initial investment and operating costs. Easy replacement and maintenance of abraded parts. Prevention of malodor during the operation due to the installation of complete sealed housing and suction line. Unnecessary of filter cloth due to one kind Polymer use. Reduced operating costs due to extremely low power consumption. Capable of cake moisture content and capacity control.

Prior to secondary screen, primary screen removes large debris such as seaweed, grass, plastics, and jelly fish. Then, secondary screen removes small debris that passed through primary screen in order to prevent damages to the main pump downstream. The auxiliary device, Stoplog, shuts off the influent of seawater within Screen Bay and Pump Bay and it is used when screen system and pump are under maintenance.

Screen wash water system consists of spray nozzle & piping, pump strainer, MOV and many types of vales. It uses high-pressure water to remove sticky substances that are adhered to the wire mesh panels on the secondary screen and transports the raked debris to trash pit simultaneously.

Screen waste water system separates debris from the wash water and discharge them by hoist or cargo.

Rotary-type automatic screen is installed at the influent channel of wastewater treatment plant, drainage/stormwater pump station, intake facility, irrigation ditch, and sewage treatment plant. Multiple rakes that are attached to chains rotate around a central pivot of the screen and lift the debris captured/collected by the screen and discharge into a conveyor. This design allows maintaining not only the constant flow but also continuous removal of debris.

Double chain type automatic screen is installed at the influent channel of wastewater treatment plant, drainage/stormwater pump station, intake facility, irrigation ditch, and sewage treatment plant. Multiple rakes that are attached to chains rotates around a central pivot of the screen and lift the debris captured/collected by the screen and discharge into a conveyor. This design allows not only to maintain the constant flow but also continuous removal of debris.Compared to rotary type automatic screener, double chain type automatic screener needs to remove smaller size debris so it is equipped with scrapper