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1999•Journal of Harbin University of Civil Engineering and ArchitectureRequires access

Application of new membrane in advanced drinking water treatment

Xinze Wang

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Abstract

Immersed microfiltration(MF) or ultra-filtration(UF) and nanofiltration treatment as the new technologies for advanced drinking water treatment have over 90%organic removal as the particles number is less than 2 units/mL (d 2μm). Furthermore, THMFP, virus and bacteria can be removed efficiently with low operation and energy cost, such as the energy cost of submerge ultra-filtration is only 0.2kWh/m3, while the mineral matter and trace elements that are beneficial to human health still being present in product water(permeate).

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What this paper is about

Immersed microfiltration(MF) or ultra-filtration(UF) and nanofiltration treatment as the new technologies for advanced drinking water treatment have over 90%organic removal as the particles number is less than 2 units/mL (d 2μm). Furthermore, THMFP, virus and bacteria can be removed efficiently with low operation and energy cost, such as the energy cost of submerge ultra-filtration is only 0.2kWh/m3, while the mineral matter and trace elements that are beneficial to human health still being present in product water(permeate).

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Available abstract

Immersed microfiltration(MF) or ultra-filtration(UF) and nanofiltration treatment as the new technologies for advanced drinking water treatment have over 90%organic removal as the particles number is less than 2 units/mL (d 2μm). Furthermore, THMFP, virus and bacteria can be removed efficiently with low operation and energy cost, such as the energy cost of submerge ultra-filtration is only 0.2kWh/m3, while the mineral matter and trace elements that are beneficial to human health still being present in product water(permeate).

Key concepts: Nanofiltration, Microfiltration, Filtration (mathematics), Water treatment, Membrane technology, Ultrafiltration (renal), Environmental science, Chemistry

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