TP77-06 Sidestream Softening...Hennings, Misenheimer & Templet Driveshafts

TP77-06 Sidestream Softening...Hennings, Misenheimer & Templet DriveshaftsPlant history commences with the start up of a 30,000 gpm, 20ft, Flour design, open recirculating cooling tower in mid 1971. the tower serviced a methanol plant and a phenol acetone plant. System metallurgy is predominantly carbon steel with some stainless and some admiralty.

used with propeller type fans on air cooled condensers

The induced draft wet cooling tower performance is highly affected due to recirculation of saturated exit air from the cooling tower

the results of which can be (1) reduced effectiveness of the chiller

The problems associated with using cooling towers in distilleries are unique because of the temperatures involved

these treatment s are often supplemented with periodic additions of non-oxidizing

components

detailing kinetics of film formation for various surface deposited film inhibitors not previously reported

It includes two specific case studies of creosote cooling towers in the Gulf Coast area

consisting of cooling towers

Major issues include achieving effective chlorine and copper alloy inhibitor feed rates and proper residual control

concrete is an inorganic substance

This paper addresses a solution to this problem encompassing initial ideas