The ceramic UF Membranes combine the robustness of sand filters and filtration quality of polymeric membranes, offering high resistance against chemical substances, pressure changes and temperature changes. Our ceramic UF Membranes have an average pore size of 0.2 µm, 0.1 µm, or smaller, which are designed in a very compact UF module and can eliminate TSS, bacteria, algae, and other impurities. Patented processes offer complete solutions using UF membranes to remove heavy metal and toxic material as radium, arsenic and cyanide from water or sewages.
3-5x extended membrane lifetime compared to other UF solutions
2-10x higher flux rate (up to 450 LMH)
50% lower O&M costs
Higher heat, pressure and chemical tolerance for process fluctuations (pH 2-12)
Max. Temperature 90°C
Longer operating cycles in wastewater
Short backwashing duration
Average pore size: 0.2 µm, 0.1 µm, or smaller, which are designed in a very compact UF module and can eliminate TSS, bacteria, algae, and other impurities
We provide the best filtration technology for drinking water treatment plants. The processes offer complete solutions combined with ultrafiltration membranes and can remove heavy metal and toxic material as radium, arsenic and cyanide from water or sewages.
KWI pretreatment processes such as DAF and ceramic UF can effectively remove algae, which can result in the problems of biofouling on RO membrane surface. A unique process combination of DAF and Ceramic can extend the RO membrane life span to 8 years or more.
On-shore oil & gas plants are facing more and more challenges to upgrade the water quality to meet global water standards and regulations for reuse, disposal, and reinjection.