92-10: Reduction of Cooling Tower PM10 Emissions Due to Drift EliminatorSeparate isokinetic EPA Method 13A and heated cascade impactor tests were performed on three cooling towers before and after drift eliminator modifications. The modifications consisted of installation of Munters D 15 eliminators over the existing eliminators. The reduction of drift and corresponding mineral mass emissions was about 80%.

A homo-polymer of maleic acid was superior to either of two homo-polymer of acrylic acid as a co-additive with HEDP

The CTI book covers plots of counterflow KaV/L vs L/G for a wide range of wet bulb temperatures

Parameters evaluated were scaling

block fluid flow

Applications are refineries

it is demonstrated how this model can be effectively applied to both counterflow and parallel flow spray water-air flow arrangements in actual tower designs

Cooling tower models were used to simulate industrial conditions and evaluate the efficacy of commercially available biocides against adherent (sessile) populations of microorganisms

improved corrosion control

as part of a robust cooling water treatment program

To tackle this problem

it can simplify the traditional corrosion inhibition programs for mild steel

to remove and sometimes to change fills