Menu
Search
Filters
Close
Menu

Save 20% on select titles with code HIDDEN24 - Shop The Sale Now

TM0286-HD2001-SG Cooling Water Test Unit Incorporating Heat Transfer Surfaces-HD2001

Picture for TM0286-Cooling Water Test Unit Incorporating Heat Transfer Surfaces-HD2001
Available for download

This NACE standard test method describes a multiple-tube test heat exchanger that can be used by process industry facilities to monitor corrosion and fouling control in cooling tower water systems. Historical Document 2001

Product Number: 21219-HD2001
ISBN: 1-57590-125-0
Author: NACE International
Publication Date: 2001
Industries: Water/Wastewater , Test Method
$179.00
$179.00
$179.00

This NACE standard test method describes a multiple-tube test heat exchanger that can be used by process industry facilities to monitor corrosion and fouling control in cooling tower water systems. Methods for collecting test data to determine average fouling factors and corrosion rates that can be used in predicting the expected service life of a plant exchanger are presented.

This standard was originally prepared in 1986 by NACE Task Group T-7A-10, a component of Unit Committee T-7A on Cooling Water, and was a revision of NACE Publication 5C165, "Standard Heat Exchanger for Cooling Water Tests." It was reaffirmed with editorial changes by T-7A in September 1988. This standard was revised in 1994 by NACE Task Group T-3T-4, a component of Unit Committee T-3T on On-Line Monitoring Technology. It was reaffirmed in 2001 by Specific Technology Group (STG) 11 on Water Treatment and is issued by NACE International under the auspices of STG 11.

1.1 Cooling tower water systems are critical elements in the operation of most process plants. Recirculation of the water used in cooling tower systems reduces fresh-water requirements and makes it economically feasible to adjust the water composition in order to control corrosion and fouling rates. The effectiveness of corrosion and fouling control programs in cooling water systems can be monitored by test heat exchangers mounted in a bypass. Conditions on heat transfer surfaces can then be determined at any time, without removing plant equipment from service.

1.2 The test unit described in this standard should be used whenever cooling tower systems are critical to the process. Data from the test unit can be used to: (a) predict service life of heat exchangers, (b) predict heat transfer coefficients, (c) determine fouling rate, (d) determine relative performance of various treatment programs,

(e) optimize costs of treatment programs, (f) minimize unplanned shutdowns resulting from fouling or corrosion, and (g) determine effect of alloy selection on fouling and corrosion rates.

Historical Document 2001

 

This NACE standard test method describes a multiple-tube test heat exchanger that can be used by process industry facilities to monitor corrosion and fouling control in cooling tower water systems. Methods for collecting test data to determine average fouling factors and corrosion rates that can be used in predicting the expected service life of a plant exchanger are presented.

This standard was originally prepared in 1986 by NACE Task Group T-7A-10, a component of Unit Committee T-7A on Cooling Water, and was a revision of NACE Publication 5C165, "Standard Heat Exchanger for Cooling Water Tests." It was reaffirmed with editorial changes by T-7A in September 1988. This standard was revised in 1994 by NACE Task Group T-3T-4, a component of Unit Committee T-3T on On-Line Monitoring Technology. It was reaffirmed in 2001 by Specific Technology Group (STG) 11 on Water Treatment and is issued by NACE International under the auspices of STG 11.

1.1 Cooling tower water systems are critical elements in the operation of most process plants. Recirculation of the water used in cooling tower systems reduces fresh-water requirements and makes it economically feasible to adjust the water composition in order to control corrosion and fouling rates. The effectiveness of corrosion and fouling control programs in cooling water systems can be monitored by test heat exchangers mounted in a bypass. Conditions on heat transfer surfaces can then be determined at any time, without removing plant equipment from service.

1.2 The test unit described in this standard should be used whenever cooling tower systems are critical to the process. Data from the test unit can be used to: (a) predict service life of heat exchangers, (b) predict heat transfer coefficients, (c) determine fouling rate, (d) determine relative performance of various treatment programs,

(e) optimize costs of treatment programs, (f) minimize unplanned shutdowns resulting from fouling or corrosion, and (g) determine effect of alloy selection on fouling and corrosion rates.

Historical Document 2001

 

Product tags
Also Purchased
Picture for NACE RP0495-2003
Available for download

NACE RP0495-2003, Guidelines for Qualifying Personnel as Abrasive Blasters and Coating and Lining Applicators in the Rail Industries

Product Number: 21072-SG
Publication Date: 2003
$179.00

HISTORICAL DOCUMENT. Training and qualification of craftsmen engaged in abrasive blasting and the application of modern coatings and linings systems.
Picture for SP0394-2013 (formerly RP0394)
Available for download

SP0394-2013 (formerly RP0394), "Application, Performance, and Quality Control of Plant-Applied Single Layer Fusion-Bonded Epoxy External Pipe Coating”

Product Number: 21064-SG
Publication Date: 2013
$179.00

HISTORICAL DOCUMENT. Qualifying and controlling the quality of plant-applied, single-layer fusion-bonded epoxy (FBE) coatings to the external surfaces of carbon steel pipe.  Proper application,  inspection and repair.

NOTE: NACE SP0394-2013—Editorial corrections were made to Table 3 and Table 4 in 2018-04-04. 
Picture for SP0196-2015
Available for download

SP0196-2015 (formerly RP0196), “Galvanic Anode Cathodic Protection of Internal Submerged Surfaces of Steel Water Storage Tanks”

Product Number: 21077-SG
ISBN: 1-57590-189-7
Publication Date: 2015
$179.00

HISTORICAL DOCUMENT. Galvanic anode cathodic protection (CP) for submerged steel surfaces in water supply and fire protection storage tanks.  Design and installation of CP systems.  Effectiveness evaluation, operation, maintenance. 
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