84-12: Minimizing Calcium Phosphate Fouling and Associated Pitting Rates Energy Evaluation

84-12: Minimizing Calcium Phosphate Fouling and Associated Pitting Rates Energy EvaluationRelative heat transfer rate data from experimental cooling tower tests and a field test will be used to show the effectiveness of various calcium phosphate dispersants in minimizing fouling. Pitting corrosion rates obtained by potentiodynamic polarization techniques will be presented in addition to general corrosion rates obtained by linear polarization techniques. The effect of molecular weight and polydispersity of dispersants will be discussed.

Lab data will be presented

This publication addresses general information and considerations that may be explored by cooling technology companies in developing such plans and mitigating against related risks

this one of a kind laboratory installation incorporates a full size (up to 35ft tall) heat exchanger test section

2 times the resistance to

Cooling tower performance is calculated on the basis of thermodynamic wet bulb temperature

geothermal power

14 of them died

The Paper will address an innovative technique for assessing the condition of reinforced concrete elements in Mechanical Draft Cooling Towers while on-line and off-line

The Simplex pitot tube has long been used for water flow rate determinations

including petrochemical

on all three types of catastrophes

environmental