TP17-16: Modeling Scale Inhibitor Upper Limits: In Search of Synergy Water ReuseExisting models for calculating the minimum effective inhibitor dosage for scale control have been applied to industrial and oil field scale control treatment optimization since the 1970s. Standard correlations are routinely used in developing the models. 1,2,3,4,5,6,7 The models typically apply to a single inhibitor. There is a driving force limit for each inhibitor, above which scale control cannot be achieved regardless of the inhibitor dosage.
Shock of the US Environmental Protection Agency is used for the models for the solubility calculations
The study was conducted on the cooling tower for the University of Colorado (Boulder) ice rink
A method of measuring cooling tower drift loss was introduced to the Cooling Tower Institute at RM # 36
Louisiana Plant
Comments will be general
and reduced aquatic toxicity compared to triazole compounds
This technical paper discusses the relevancy and importance of microbiological monitoring in critical closed loop cooling systems
and air washers had been operated on continuous blowdown without chemical treatment
Biological attack is the more serious type of attack and is difficult to detect
significant increases in price have prompted plant managers to look for cost-effective alternatives that minimize changes in cooling tower chemistry
especially considering the technological advances in VFD's during the last two decades
the air moisture content entering a cooling tower may be measured either with a relative humidity sensor
