07-03: Cooling Water - Optimal Control of Admiralty Corrosion Utilizing Analysis Method

07-03: Cooling Water - Optimal Control of Admiralty Corrosion Utilizing Analysis MethodEffective copper alloy and steel corrosion control, along with effective fouling control, can be major challenges in industrial cooling water systems. Major issues include achieving effective chlorine and copper alloy inhibitor feed rates and proper residual control. This paper provides a case history that describes how monitoring of cooling water chemistry, corrosion monitoring, and fouling monitoring were used to achieve effective performance

This paper discusses the results and lessons learned at a Power Plant faced with new NPDES discharge limits for copper discharge

small droplet size spectrum situations

or replacing deteriorated tower structures is a major issue for tower owners and operators

In recent years

flexibility and finally price

or fixed scaffolding are used to provide up-close access

The first phase of testing did not use pretreatment for this highly contaminated wastewater

By this analysis the attempt can be made to more thoroughly address deficiencies in engineering specifications that may not tell the whole story regarding the magnitude of risk associated with utilizing certain polymer formulations within cooling towers

The Sunflower Electric Power Corporation operates a 349-MW coal-fired power plant with a zero liquid discharge policy

cooling towers

This paper addresses a solution to this problem encompassing initial ideas

and foreign countries utilizing CE guidelines