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84-08: Field Measurements of Chiller Heat Transfer CoefficientsField measurements can be made to determine the heat transfer coefficient of operating chiller condensers. The heat transfer coefficient can be used to identify condenser fouling, a major cause of increased energy usage in chiller systems. Case studies are used to show how heat transfer coefficients can be used to detect fouling of condensers and the economic impact of condenser fouling on chiller operation.

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 more aggressive the environment

The variance was granted

It has been designed to be a cost effective tool for generating an alarm or initiating shutdown of small to medium-size machinery

This is a summary of 7 years field study

visible steam plume occurs

an operational history

Counterflow Film Fill Media was tested in a laboratory created environment that encouraged rapid fouling

the precursor solutions can pose a potential health and safety hazard and require appropriate safety precautions to be incorporated in the design and operation of generation and dosing equipment

but the fan mechanical and structure parts as well

This depends largely on how you prepare for and carry out the initial startup

High cycle operation

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