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Tubular Back-Pulse Filters

Tubular Back-Pulse Filters
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Most Cost-Effective Filtration Technology

Tubular Back-Pulse RltersA highly efficient and cost effective me A Thickener & Polisher Combination That Reduces Capital and Operating Expenses GORE® Tubular Back-Pulse Filtration significantly reduces costs by handling variations in feed solids and flow rates without the need for precoat. This is possible because of the unique microporous structure of the GORE™ membranes and the overall geometry and operation of the filter. The GORE® Filter system offers a highly efficient and cost effective means of separating fine solids from high industrial flow rates. It is capable of economically...

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Most Cost-Effective Filtration Technology ans of separating fine solids ed into the filter and the fine immediately on the surface of he fine solids are consoli-ring filtration into a cake. The a predetermined amount of certain pressure drop occurs, se cleaning step takes place. Filtrate CD Slurry CD Filter Cake/ Underflow Je rapid flowing of a very small ack through the membrane at Filter cake comes completely ice and does not redisperse lerated and settles rapidly to vessel. After a short settling irts again. The underflow from on a batch or continuous basis Filtrate Slurry Filter...

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UNITED STATES W. L. Gore & Associates, Inc. 101 Lewisville Road Elkton, MD 21921 Phone: 1 410 392 3300 Fax: 410 398 6624 The optimal performance of any Gore product is dependent upon how it is incorporated into the final device. Please contact a technical sales associate at Gore for application assistance. GORE and designs are trademarks of W. L. Gore & Associates, Inc. ©2007 W. L. Gore & Associates, Inc.

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