Menu
Search
Filters
Close
Menu

98571 A PRACTICAL APPLICATION FOR THE CHEMICAL TREATMENT OF SOUTHERN CALIFORNIA’S RECLAIMED, TITLE 22 WATER FOR USE AS MAKEUP WATER FOR RECIRCULATING COOLING WATER SYSTEMS

Picture for 98571 A PRACTICAL APPLICATION FOR THE
Available for download
Product Number: 51300-98571-SG
ISBN: 98571 1998 CP
Author: James Zakrzewski, John Cosulich, Earle Hartling
$0.00
$20.00
$20.00
Pilot cooling water studies conducted at a Southern California landfill/cogeneration station demonstrated a successful chemical treatment program for recirculating cooling water that used unnitrified, reclaimed, Title 22 water as the primary makeup water source. The constituents in the reclaimed water are supplied by variety of residential and waste water sources resulting in a water quality that may vary to a greater degree than domestic water supplies. This water contains high concentrations of orthophosphate, ammonia, chlorides and suspended solids. The impact of which, under cycled conditions is calcium orthophosphate scaling, high corrosion of yellow metal and mild steel, stress cracking of copper alloys and stainless steel and rapidly growing biological activity. A mobile cooling water testing laboratory with two pilot recirculating water systems modeled the cogeneration station’s cooling tower operating conditions and parameters. The tube and shell, tube side cooling heat exchangers were fitted with 443 admiralty, 90/10 copper nickel, 316 stainless steel and 1202 mild steel heat exchanger tubes... Keywords: reclaimed water, Title 22 water, nitrification, water reuse, ammonia, phosphate, yellow metal corrosion, stress cracking, mobile cooling water testing laboratory.
Pilot cooling water studies conducted at a Southern California landfill/cogeneration station demonstrated a successful chemical treatment program for recirculating cooling water that used unnitrified, reclaimed, Title 22 water as the primary makeup water source. The constituents in the reclaimed water are supplied by variety of residential and waste water sources resulting in a water quality that may vary to a greater degree than domestic water supplies. This water contains high concentrations of orthophosphate, ammonia, chlorides and suspended solids. The impact of which, under cycled conditions is calcium orthophosphate scaling, high corrosion of yellow metal and mild steel, stress cracking of copper alloys and stainless steel and rapidly growing biological activity. A mobile cooling water testing laboratory with two pilot recirculating water systems modeled the cogeneration station’s cooling tower operating conditions and parameters. The tube and shell, tube side cooling heat exchangers were fitted with 443 admiralty, 90/10 copper nickel, 316 stainless steel and 1202 mild steel heat exchanger tubes... Keywords: reclaimed water, Title 22 water, nitrification, water reuse, ammonia, phosphate, yellow metal corrosion, stress cracking, mobile cooling water testing laboratory.
PRICE BREAKS - The more you buy, the more you save
Quantity
1+
5+
Price
$20.00
$20.00
Product tags
Also Purchased
Picture for 98574 WATER REUSE FOR ELECTRIC UTILITY AND
Available for download

98574 WATER REUSE FOR ELECTRIC UTILITY AND COGENERATION PLANTS - IMPORTANT CONSIDERATIONS

Product Number: 51300-98574-SG
ISBN: 98574 1998 CP
Author: K. Anthony Selby, T. J. Tvedt
$20.00
Picture for 98568 The Technological, Economic and
Available for download

98568 The Technological, Economic and Stakeholders’ Sensitivities of Discharging or Reusing Process Affected Water from the Oil Sands Industry

Product Number: 51300-98568-SG
ISBN: 98568 1998 CP
Author: Michael E. Rogers, P. Whalen, Ian Mackenzie
$20.00
Picture for 98565 AC CORROSION -CASE HISTORIES,
Available for download

98565 AC CORROSION -CASE HISTORIES,TEST PROCEDURES,& MITIGATION

Product Number: 51300-98565-SG
ISBN: 98565 1998 CP
Author: R.G. Wakelin, R.A. Gummow, S.M. Segall
$20.00
Categories
Industry
Recently viewed
Popular tags
View all

Association for Materials Protection and Performance

© AMPP All Rights Reserved.
Membership Terms of Content Use
Contact Customer Support