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80-02: Fundamental Considerations in Biofouling ControlThe term fouling refers to the formationof inorganic and or organic deposits on surfaces. In cooling systems, these deposits form on condenser tube walls increasing fluid frictional resistance, accelerating corrosion and impairing heat transfer. Biological fouling, or Biofouling, results from the attachment and growth of microbial organisms (microfouling) or microbial organisms (macrofouling). This paper is directed at microbial fouling.

Cooling Systems and equipment that are not properly cleaned and passivated prior to entering service will experience corrosion problems that are difficult to overcome once the system is placed in operation

The microbiology of Legionella in the suspected environmental source is explored through examination of culture results

Included will be a discussion of the proper safety equipment and clothing

The challenge is to determine the minimal CO2 concentration in the flue gas for an efficient antiscalant treatment knowing that typical flue gas from a thermal power plant contains CO2 in the range of 4% for gas-fired power plant and 12% for coal-fired power plant

Cooling Tower customers request other shades for their applications such as beige (tan) or light gray

Results showed: 10 flow surges were partially effective

A mitigation plan consisting of intake modifications to be implemented during several phases is presented

and is starting to rival internal fungus attack as a causative factor

from hardware to dewatered total suspended solids and from windage to microbiologically influenced corrosion

modified on cooling tower application

loads that vary with ambient temperature

January 2019

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