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action or later. Please see Debugging in WordPress for more information. (This message was added in version 6.7.0.) in /home/aquate11/quagroup.com/wp-includes/functions.php on line 6114Project Background<\/strong> QUA Solution<\/strong> Q-SEP<\/a>\u00a0Model:<\/strong>\u00a0Q-SEP\u00ae 6008 Due to its key membrane characteristics, QUA was able to offer a lesser number of modules compared to other manufacturers.\u00a0QUA\u00a0<\/a>provided exceptional pre-sales engineering support to the integrated service provider in designing the UF system, which ensured efficient and successful on installation site and subsequent commissioning and performance.<\/p>\n
\nThe client, a coal fired power plant located in a center-east state of India, had a requirement of a water treatment system to recycle the plant\u2019s cooling tower blowdown water. Ultrafiltration was selected as the pretreatment of choice to the Reverse Osmosis (RO) plant. UF was required in the tertiary treatment to provide consistent product water with low silt density index (SDI) to safeguard the downstream RO unit from colloidal fouling.<\/p>\n
\nThe OEM chose\u00a0QUA\u2019s\u00a0<\/a>Q-SEP<\/a>\u00ae hollow fiber UF membranes as the ultrafiltration solution for the project due to its high water quality output compared to other UF membrane suppliers.\u00a0Q-SEP<\/a>\u00a0modules successfully met the plant\u2019s requirements due to their low fouling characteristics, uniform pore size distribution and large surface area which provided high operating efficiency and reliable operation.<\/p>\n
\nTotal Q-SEP Membranes:<\/strong>\u00a056 (28 x 2 trains)
\nPermeate Flow:<\/strong>\u00a0100m3\/hr x 2
\nApplication:<\/strong>\u00a0Cooling Tower blowdown wastewater recycle in a power plant<\/p>\n