Hinada Water Treatment Tech Co., Ltd. is a manufacturer specializing in water & wastewater treatment membranes and water & wastewater treatment equipment in Guangzhou, China founded in 2012. Our water solution membranes including hollow fibers for UF membrane and MBR membrane, UF membrane filter, and the water treatment equipment including wastewater treatment MBR system, RO system, UF plant and the industrial application water treatment. Also, as a professional membranes manufacturer, we can manufacture any size UF membrane for your wastewater treatment project as per our client’s requirements. Our waste & wastewater treatment can widely be used for various industries, such as dyeing wastewater, seawater purification, textile wastewater, food & beverage, and so on.

The advantages of MBR Membrane (membrane biological reactor): Lower energy costs, high-quality effluent, lower footprint space, high flow rate, easy cleaning, easy operation and so on.

Our advanced MBR technology, our MBR modular has advantages of lower energy costs, high-quality effluent, lower footprint space, high flow rate, easy cleaning, easy operation and more.

We are designed for plug-and-play on-site operation for your specific sewage treatment requirements, and design for your small wastewater project, reduce your wastewater treatment project cost.

Providing ultrafiltration membrane productivity is high, while pressure differences remain low. Ultrafiltration membrane (UF membrane) technology is used to produce potable water and process water.

Reverse osmosis (RO) systems offer one of the best ways of producing clean water for your drinking water plant. Remove up to 95 – 99% of the contaminants floating in the drinking water.

Ultrafiltration (UF) system, which hollow fiber outside-in membranes, UF membrane pore size is 0.01um, to purify surface or groundwater from suspended solids, colloids and all kind of micro-organisms.

We provide truly integrated solutions for your commercial sewage treatment plant projects, from process designation to installation, operation and maintenance.

EDI is a continuous process that utilizes an applied current to remove ionized and ionizable species from a water source while continuously regenerating the ion exchange media.