Menu
Search
Filters
Close
Menu

02006 Prevention of MIC in Cooling Water Systems by Using a New Monitoring & Control System

Picture for 02006 Prevention of MIC in Cooling Water...
Available for download
Product Number: 51300-02006-SG
ISBN: 02006 2002 CP
Author: Hajime Iseri and Takahiko Uchida
$0.00
$20.00
$20.00
The potential ennoblement of corrosion resistant metals, such as stainless steel, is thought to be one of the processes of microbiologically influenced corrosion (MIC). In order to prevent MIC, the electrical potential of metals must keep under a critical level. Electrical potential monitoring and control is necessary to prevent MIC in a cooling water environment. A new type of monitoring and control system has been developed in this study. The concept of this system is to detect hazardous MIC at low levels, and to control the microorganisms proactively. In order to detect the microbiological activity, electrical potential measurement is carried out using a specific sensor electrode made of stainless steel. This system is also able to dose the cooling water with a high concentration of non-oxidizing biocide automatically when the potential of the sensor electrode reaches the set point. After biocide addition, the ennobled potential decreases to a safe potential level. By using this system, satisfactory cooling water conditions can be achieved without the risk of MIC. This paper will introduce this monitoring and control system along with case histories. Keywords: microbiologically influenced corrosion (MIC), monitoring, microbiological control, cooling water, biocide, stainless steel, electrical potential measurement
The potential ennoblement of corrosion resistant metals, such as stainless steel, is thought to be one of the processes of microbiologically influenced corrosion (MIC). In order to prevent MIC, the electrical potential of metals must keep under a critical level. Electrical potential monitoring and control is necessary to prevent MIC in a cooling water environment. A new type of monitoring and control system has been developed in this study. The concept of this system is to detect hazardous MIC at low levels, and to control the microorganisms proactively. In order to detect the microbiological activity, electrical potential measurement is carried out using a specific sensor electrode made of stainless steel. This system is also able to dose the cooling water with a high concentration of non-oxidizing biocide automatically when the potential of the sensor electrode reaches the set point. After biocide addition, the ennobled potential decreases to a safe potential level. By using this system, satisfactory cooling water conditions can be achieved without the risk of MIC. This paper will introduce this monitoring and control system along with case histories. Keywords: microbiologically influenced corrosion (MIC), monitoring, microbiological control, cooling water, biocide, stainless steel, electrical potential measurement
PRICE BREAKS - The more you buy, the more you save
Quantity
1+
5+
Price
$20.00
$20.00
Product tags
Also Purchased
Picture for 02009 MONITORING FOR CORROSION AND...
Available for download

02009 MONITORING FOR CORROSION AND MICROBIOLOGICAL ACTIVITY IN A COOLING WATER SYSTEM

Product Number: 51300-02009-SG
ISBN: 02009 2002 CP
Author: Michael H. Dorsey, George J. Licina, Brian J. Saldanha, and Richard C. Ebersole
$20.00
Picture for 04216 Corrosion and Damage in Cooling Water
Available for download

04216 Corrosion and Damage in Cooling Water Systems - Some Case Histories

Product Number: 51300-04216-SG
ISBN: 04216 2004 CP
Author: Chak M. Wong, Bayer Corp.
$20.00
Picture for 05070 Problems in Cooling Water Systems
Available for download

05070 Problems in Cooling Water Systems Caused by Poor Design, Operation and Water Treatment - Some Case Histories

Product Number: 51300-05070-SG
ISBN: 05070 2005 CP
Author: Jan Elkjaer Frantsen, Soren Klinggaard, and Asbjorn Andersen, FORCE Technology
$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