85-19: Cooling Tower Wood Decay Prelimitary Survey Results and Conclusions Iron Rot Attack

85-19: Cooling Tower Wood Decay Prelimitary Survey Results and Conclusions Iron Rot AttackUp to date results on Survey of Incidence of Wood Decay in Cooling Towers a follow up of technical paper presented at February 1984 Annual CTI Meeting.

This paper is focused on delineating the few fundamental design considerations and methodology that can be adopted for development of axial flow fans which are used in Air-cooled Heat Exchangers

factors which affect system efficiency

Pulsation on the fan ring is directly caused by the movement of the cooling tower fan

Resulting restrictions in freshwater availability for evaporative cooling use may lead to potential production constraints

Power plants that incorporate Air Cooled Steam Condensers (ACC’s) offer significant water savings over power plants using traditional evaporative cooling technologies

Case studies of field trials will be discussed as well as benefits and details of the new feed system

mitigation and where applicable

pollution abatement is one of the most important items in capital and operating budgets

This code applies to mechanical and natural draft towers

300 series SS has become a viable alternative over the past five years

a transit time sonic flow meter and a dyedilution technique

This deterioration can be quantified and qualified by conducting a condition assessment