CORROSION & MIC CONTROL SEMINAR
A Two-Day Seminar
May 20-21, 2008
Atlanta, Georgia
BACKGROUND
The annual cost of corrosion in industrialized nations has been estimated to be approximately 4% of the nation's Gross Domestic Product - approximately $300 billion per year in the United States alone. Further, much of the expense of corrosion is avoidable using existing technology. In the power industry, the costs of corrosion manifest themselves in lost production, costs for repairs, replacements, and inspections, and costs associated with mitigation measures. Therefore, understanding the principles of corrosion and applying sound and informed technical methods can reduce the costs of corrosion, particularly from failures that lead to unplanned downtime.
SEMINAR DESCRIPTION
This two-day seminar focuses on the control of corrosion, microbiologically influenced corrosion (MIC), and deposits in water systems. It is a practical, down-to-earth workshop full of helpful suggestions on identifying and controlling all forms of corrosion. The seminar will provide background that can be applied directly to plant corrosion problems. The seminar will also serve as a valuable starting point for more specialized seminars that assume a higher level of understanding of corrosion principles. Both group and one-on-one assistance will be provided for solving and preventing corrosion, MIC, and fouling problems in water systems.
An extensive reference manual will be provided to each attendee. This manual has been prepared for the practical decision maker and will provide valuable operating information and directions on how to approach cooling water corrosion and MIC problems. Participants are encouraged to bring any related problems to the workshop. The instructor will use them as sample problems and provide possible solutions, using the methods and techniques introduced during the seminar.
SEMINAR OBJECTIVES
- Review the basics of corrosion
- Learn how to diagnose and characterize corrosion
- Discuss corrosion mitigation
- Understand corrosion monitoring
- Highlight the influence of microorganisms on corrosion
Seminar Outline |
First Day (8:00 a.m. - 5:00 p.m.) |
Second Day (8:00 a.m. - 5:00 p.m.) |
FUNDAMENTALS
OF CORROSION
-
Introduction
-
Corrosion
Phenomena
-
Forms
of Corrosion
-
Materials-Specific
Considerations
-
Specific Environmental Influences
CHARACTERIZATION
OF CORROSION
- Importance
- Objectives
-
Inspection
-
Field and Laboratory Characterization Methods
CORROSION MONITORING TECHNIQUES
- Introduction
-
Water
Chemistry Monitoring
-
Effects of Heat Transfer
-
Corrosion Monitoring
-
Deposit Monitoring
|
MITIGATION
- Cleaning
- Materials/
Corrosion-Resistant Alloys
- Fabrication
- Coatings
- Cathodic
Protection
- Water
Treatment
SPECIFIC PROBLEMS
MICROBIOLOGICALLY
INFLUENCED CORROSION
- Microbiology
- Mechanisms
- Diagnosis
- Monitoring
- Mitigation
|
TARGET AUDIENCE
This seminar will benefit unit operators; system, design, and materials engineers; chemists; maintenance specialists; technical management; and supervisory personnel for industrial, commercial, and institutional users of water. The seminar is designed for the end user and is a practical seminar - not a theoretical or academic discussion.
Click
here to register
LOCATION
Residence
Inn by Marriott: Buckhead-Lenox Park
2220 Lake Boulevard
Atlanta, Georgia 30319
Phone: (404) 836-4339
Fax: (404) 467-4811
www.marriott.com\atllp
Attendees are required to make their own hotel
and travel arrangements. The Residence Inn by Marriott has
set aside a block of rooms at the reduced rate of $129 (one
bedroom suite) and $119 (studio suite) per night. Be sure
to call the hotel and make your reservations before April
21 and mention "Structural Integrity" to receive
the reduced rate.
COST
$895
per person, which includes all course materials. Structural
Integrity will provide a continental breakfast, lunch and
break snacks for all attendees. The Residence Inn by Marriott
also provides a hot breakfast buffet and an evening social
hour with appetizers from 5:00 p.m. until 7:00 p.m. for all
guests.
ABOUT THE INSTRUCTOR:
George
Licina, the Chief Materials Consultant at SI, received
his BS in Metallurgical Engineering at the University of Illinois.
He has over 25 years experience in evaluating environmental
degradation of material in power plant and other industrial
environments including all forms of corrosion and stress corrosion
cracking in aqueous environments, irradiation embrittlement,
and compatibility with liquid sodium. George is an acknowledged
expert in Microbiologically Influenced Corrosion. He has performed
numerous diagnoses and evaluations of problems in the field,
installed and tracked monitoring devices, and implemented
mitigation measures in the laboratory and field.
Please contact SI for more information. |