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Malaysia Lithium Battery Wastewater Treatment Project

A lithium battery wastewater treatment project in Penang utilizes six MO83G66.03i8TV Tubular UF Membranes with a capacity of 11 m³/h. The system effectively removes suspended solids, colloids, and high-molecular-weight organics through advanced cross-flow ultrafiltration technology. With strong fouling resistance, online chemical cleaning, and continuous monitoring, it ensures stable water quality, improved recovery, and sustainable wastewater management.
Malaysia Lithium Battery Wastewater Treatment Project
Case Details

Client Location: Penang
Application: Industrial Wastewater Treatment
Membrane Quantity and Model: Six tubular UF Membranes, MO83G66.03i8TV
Equipment Capacity: 11m³/h 

Project Characteristics:

Lithium battery wastewater containing organics, suspended solids, and other contaminants is treated using the tubular UF membrane process. The system offers high turbidity tolerance and strong fouling resistance, effectively removing colloids, suspended solids, and high-molecular-weight organics to ensure stable effluent quality. Cross-flow operation minimizes fouling and extends membrane life. Permeate goes to advanced treatment, while concentrate is recycled to pretreatment, improving water recovery. Periodic chemical cleaning via an integrated online system maintains membrane flux, and continuous monitoring ensures stable, compliant performance. The treated water can be reused or safely discharged, meeting environmental and water conservation requirements in the lithium battery industry.