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Description

03-19: Experience With On-Line Monitoring of Biofilms in Plant ApplicationsMicrobiologically Influenced Corrosion (MIC) of piping and heat exchanger materials in cooling waters has caused expensive unplanned outages, the need for local repairs, and, in some cases, complete system replacement. The control of biofilm on surfaces is the most effective tool for mitigating MIC, as well as for maintaining heat transfer in heat exchangers. Optimized treatments require accurate, on line monitoring of biofilm activity. Plant

useful life of cooling tower lumber then centered on controlling chemi

boundary layer velocities

The first public review was completed in November 2010

A unique approach is being used to address concerns of water reuse at a facility with zero permissible discharge and plant wastewater effluent for cooling tower make-up

blade pitch

Nearly 10% of the world's incandescent light bulbs are blow in this facility utilizing 1-2

Higher activity products were also developed for large-volume heavy-industrial applications that feature activity approaching that of fresh "off-the-line" bleach while still delivering the benefits of a stabilized bromine system

and scale and corrosion prevention in cooling towers

in a cooling tower

Operating changes and results for both the cooling towers and the units will be discussed

an awl test was conducted and mechanical properties were evaluated for wood removed from a cooling tower

(4) the intent of the treater and its customer with respect to the scope of services

Exchange/Return Notes