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This paper describes model development of solute mass transfer in an integrated membranesystem (Hydranautics LFC1). The data was generated from the St. Johns River WaterManagement District (SJRWMD) Water Treatment Project. A wide spectrum of constituents insource waters is known to contribute to fouling. Membrane foulants are classified roughly intodissolved organic substances, colloidal or particulate matter, insoluble inorganic compounds, andbiological matter such as bacteria. In order to control organic and colloidal fouling, ferric sulfatecoagulation using Super Pulsator (SP) blanket clarifier followed by dual media gravity filtrationand Zenon (Z) immersed ultrafiltration were used. Monochloramine was used to preventbiofouling, while antiscalants were added to membrane feed water for scaling control. In thisstudy, the effects of these pretreatment processes are evaluated by monitoring membraneproductivity change over operating time. Furthermore, pretreatment water qualities arecorrelated to membrane performance through mass loading and/or resistance modeling. Includes 29 references, tables, figures.

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Edition: Vol. - No. Published: 03/05/2003 Number of Pages: 16File Size: 1 file , 430 KB