Thoughtful delivery service

Easy 30 day returns

Certified Reviews

Description

91-06: On-Line Rebuild of Cooling Tower Serving a 500 MW Power StationUpgrading and rebuilding of cooling towers during plant outages is common practice in industry. Demolition and rebuilding of a tower while keeping the plant on line at full power presents special challenges and solutions. This paper describes such a rebuild program including the planning, specifying, and execution involved in replacing an existing wood framed tower with a concrete tower at the Grand River Dam Authority Power Station.

This document serves as a guideline for techniques and instrumentation that can be used to measure airflow and other fan performance parameters on induced draft in situ heat rejection equipment having axial fans

and an air-cooled heat exchanger for winter operation

A simple mathematical method will be proposed to estimate the cooling tower performance at off-design ambient conditions

with attainable standards

Chapter 17 of the International Building Code (1BC) requires manufacturers of designated equipment to provide a certificate of compliance verifying that the equipment will meet pertinent earthquake load criteria

A creative combination of electrochemical water treatment and chemicals was employed

Advantages and disadvantages will be discussed and case histories cited

based on their physical properties

the importance of defined responsibilities for both vendor

liquid bromine biocide

This paper presents solutions to the difficulties of recommending chemical treatments for such systems

NDE and visual evaluation techniques will be described in detail

Exchange/Return Notes