91-01: Evolution of the Water Cooling TowerThis paper covers the evolution of the cooling tower from its introductions into the U. S. in 1898 to the present. The driving forces creating the necessity for heat removal and the ingenuity used to solve the problem are discussed. The different types of design, their reasons, successes and failures are included. The materials used over the years are covered. The paper will be presented with slides depicting the subject matter.

Every cooling system operates under stress

This new inhibitor can not only replace phosphorous-based inhibitors

minimum maintenance requirements

The purpose of this document is to provide steps in preventing "white rust" through the application of appropriate water treatment programs

While water treatment is the science of minimizing these conditions

Effects of alkaline cooling water operation on wood deterioration are also discussed

That fire did have an effect upon the insurance industry and they wrote a performance requirement for the fire proofing of cedar shingles and shakes

The make-up for the third and final phase consisted of biologically treated and filtered water with a dispersant and a phosphorus-based corrosion inhibitor

up to 50 feet

The role of microbiology in determining the source of infection will be discussed along with examples of cases and their outcomes from hotels and healthcare facilities

Parish lake made the construction of cooling towers essential with the last two generating units

bacteria growth necessarily leads to biofilm deposits within the cooling system