Design of the new intelligent dosing system for circulating cooling water based on multi-parameter
HUANGChun
YAOLi-na
FANGJie
WUYan-min
CUIGuang-zhao
Abstract：Aiming at the common problems that automatic dosing device for circulating cooling water in the field of heat-engine plant in China had a single parameter and was unable to real-time monitoring,a new in-telligent dosing system for circulating cooling water basis on multi-parameters was designed.A group of new core parameters were proposed by the dynamic simulation experiments on the basis of traditional detection parameters,such as pH,electrical conductivity,and ORP,and at the same time,the mathematical model was established.The simulated-heat-exchanger was designed which could optimize the self-adapted fuzzy control algorithm and establish the expert diagnosis system.The result of running this system showed that it had high efficiency and intelligence,and could give the optical dosing scheme according to water quality and operation status compared with traditional dosing system,it could reduce the drug cost 25%,save water 3 1%,and reduce the energy consumption 20%,which improved the economic benefit greatly.
Keywords：circulating cooling watermulti-parameterself-adapted fuzzyexpert diagnosis system
Publication Date：2014-01-01
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：5( 61-65 )