Effects of fouling and corrosion on heat transfer: presented at the Winter Annual Meeting of the American Society of Mechanical Engineers, Miami Beach, Florida, November 17-22, 1985
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0ctober 0n operation ACT facility ammonia anodically asbestos-cement average backpressure biofilm Biofouling Control Biscayne Bay calculated cathode chlorination circulating water cleaning frequency cleanliness factor condenser cleaning condenser performance condenser pressure condenser vacuum condenser/reboiler cooling tower cooling water flow cooling water inlet cooling water temperature corrosion decrease degradation denser EPRI evaluation ferrous ion injection Figure film fouling and corrosion fouling resistance fouling/corrosion gal/min galvanic couples heat exchangers heat load heat rate heat transfer coefficient in-situ APF coating increase inlet cooling water inside deposit m/sec marine biofouling measured method monitoring No.2 unit number of cleanings outlet temperature overall heat transfer performance test Pitot tube plume Power Plant pressure drop samples scaling seawater slope function steam temperature STHE1 and STHE2 STHE3 sulfide Surface Condensers test tubes thermal tion titanium wire tube sheet tube surface area Virginia Key water box water inlet temperature water temperature rise water velocity