Tri-high

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.

Tri-High treated high-organic food wastewater for Monin in Kuala Lumpur, Malaysia using six tubular UF membranes (MO104G66.03i8TV) at 250 m³/D capacity. The fouling-resistant system removes COD, SS, and colloids effectively, achieving treated effluent below 30 mg/L COD and 5 mg/L SS, meeting Malaysia's Environmental Quality Act discharge standards.

Tri-High's first Russian tubular membrane project treats L'Oréal's cosmetics wastewater in Moscow using six tubular UF membranes (MO83G66.03i8TV) at 300 m³/D. Handling high COD and SS loads, the system achieves over 99% SS removal and turbidity below 1 NTU, reducing downstream treatment costs for this high-end cosmetics manufacturing facility.

Located in Thailand, this project tackles a major textile industry challenge: dyeing wastewater with high residual dyes (10–20%), high salinity (40–80 kg/m³), elevated COD, and alkaline pH above 10. Tri-high, working with engineering partners, deployed six tubular UF membranes (MO83G66.03i8TV) at 1500 m³/D capacity—enabling water reuse, reducing softened water use and discharge, cutting costs, and lowering environmental impact.

This Tri-High hollow fiber ultrafiltration (UF) membrane system is engineered to convert raw surface water into high-purity process water, meeting the demanding standards required by industrial, municipal, and commercial applications. Deployed for a client project in the Philippines, this system delivers a treatment capacity of 65 m³/h using twenty-four (24) hollow fiber UF membrane modules, model 8P-0.9XL.

This 70m³/h ultrafiltration system uses twenty Tri-high THF-2880 hollow fiber membranes to treat high-color, high-COD dyeing wastewater from India's textile industry. Designed for complex, variable influent quality, the system delivers stable flux, effective colloid and suspended solids removal, and reliable long-term operation enabling wastewater reclamation, reduced water costs, and sustainable resource recycling for dyeing plants.

Advanced UF system for petrochemical wastewater reuse in Thailand, using 18 THF-2880 hollow fiber membranes at 60m³/h capacity. High-precision retention and strong anti-fouling performance handle complex petrochemical effluent, delivering permeate turbidity below 0.5 NTU for reliable RO pretreatment. Treated water meets reuse standards for process makeup, cutting freshwater use, ensuring regulatory compliance, and supporting sustainable, cost-efficient industrial operations.