Filtration success stories from every industry

Field-tested TRISEP 10kUF membrane increases permeate flow by 20–40% in dairy ultrafiltration, maintaining protein retention and stable performance across whey and milk applications.

BIO-CEL L+480 with UV400 membrane enabled a West Coast casino to expand wastewater reuse, boosting treatment capacity, efficiency, and compliance with California Title 22 standards.

TRISEP SBNF nanofiltration membranes remove color and organic matter, reliably producing high-quality drinking water in small communities from challenging surface water sources.

Integrated PureULTRA II UF and MICRODYN RO deliver chemical-free, high-purity boiler feed water for sugar production, reducing contaminants and simplifying operations in Brazil’s sugar industry.

TRISEP X-20 RO membranes convert high-fouling municipal wastewater into high-quality irrigation water; system achieves long element life and permeate conductivity under 100 µS/cm.

Southeast Spain refinery adopts TRISEP X-20 RO membranes for boiler water reuse, achieving 75% recovery in the main system and reliable, long-term high-permeate quality.

Municipal plant’s tertiary RO with X-20 elements produces consistent high-quality water for reuse. Elements operate beyond standard lifetimes, reducing maintenance and long-term costs.

BIO-CEL MBR modules provide efficient removal of micropollutants, microplastics, and bacteria from wastewater, securing regulatory compliance and improved water reuse quality.

BIO-CEL MBR modules successfully replaced older Kubota membranes, enhancing performance, reducing energy and maintenance needs, and extending operational efficiency in wastewater treatment plants in Northern Ireland.

iSep 500 UF system treats ash pond water from coal power plants, delivering reliable solids removal and contributing to efficient, compliant water reuse and environmental protection.

BIO-CEL XL MBR modules at HaSolelim municipal WWTP in Israel provided high quality effluent for irrigation, reduced energy demand, and lowered operating costs with reliable, self-healing membranes.

Konacik WWTP in Turkey uses 12 BIO-CEL 400 MBR modules to achieve high quality irrigation effluent with reduced energy use and easier maintenance via self-healing membranes and efficient backwash.

14 BIO‑CEL® XL MBR modules in a Shandong petroleum plant in China cut COD, BOD, TSS, nutrients, oil, and turbidity, exceeding strict permit limits, boosting capacity, and ensuring stable, compliant performance.

A European food plant uses BIO-CEL MBR and MICRODYN RO to recycle high-starch wastewater for process water, achieving >97% COD and >93% dissolved solids reduction while lowering operational costs.

iSep 500 UF modules effectively treat river water in the U.S. with high turbidity, delivering reliable solids and bacteria removal for safe downstream use and environmental compliance.

iSep 500 UF system accommodates peak wastewater flows in MBR facilities in California, ensuring robust filtration performance and stable effluent quality during fluctuating conditions.

iSep 500 UF modules provide efficient pretreatment for produced water, enabling contaminant removal and supporting water reuse in industrial processes in the Midwest Region of the U.S.