ABOUT INTERCORR
InterCorr International, Inc. was established in Houston, Texas in 1982 to provide contract technical services for corrosion testing and research, materials evaluation, qualification, consulting and failure analysis to industries experiencing problems with corrosion.
Corporate Overview
Overview of the services and products
SERVICES
InterCorr has expertise in process and corrosion simulation for evaluation of pitting, SCC, hydrogen embrittlement, CP, and non-metallics.
Equipment Failure
Process Concerns
Testing Needs
H2S Exposures
Hydrogen Embrittlement
Naphthenic Acid Corrosion
Crude Oil Corrosivity
Simulated Service Tests
Cathodic Protection
Corrosion Monitoring
Electrochemical Testing
Corrosion Under Insulation
SYSTEMS
InterCorr provides systems and analysis for online, real-time corrosion monitoring in plant and field applications.
SmartCET
Proof Rings
CERT Machines
High Pressure Reference Electrodes
Autoclaves
Hydrogen Monitoring Probes
Constant Load Equipment
Flow Loops
Multi-Phase Research Equipment
PS Biofilm, Portable Monitoring
Oil and Gas Related Problems
Electric Power Generation Concerns
Food Processing Industry Problems
SOFTWARE
InterCorr has the corrosion and IT expertise to implement software solutions to materials and corrosion problems
Predict®
Pipelines Strategy-A™
Refinery Strategy-B™
CRA Selection (production) Socrates®
CRA Selection (non-production) Socrates®-B
SafeUse Limits
Framework
Genera™
Flow Modeling
CONSULTING
InterCorr provides specialists with proven industrial corrosion problem solving experience.
InterCorr International Specialists
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Learning center gives useful information to learn about corrosion and related areas for both amateur and experts in the field.
Atmospheric Corrosion: An account of atmospheric corrosion
Cathodic Protection: When dissimilar metals are in electrical or physical contact (the former through an electrolyte), galvanic corrosion can take place. The process is akin to a simple DC cell in which the more active metal becomes the anode and corrodes, where as the less active metal becomes the cathode and is protected.
Classic Photographs: Take a look at the classic photographs of corrosion and cracking.
Corrosion Control: The various methods that can be used to protect a metallic system against corrosion can be widely divided. This page provides information on this topic.
Corrosion Fatigue: An account of Corrosion Fatigue Crack Initiation, Propagation.
Cost Analysis: Learn about the tasks involved in corrosion cost analysis.
Cracking: This page gives a brief introduction to the topic of cracking and its various forms.
Crevice Corrosion: A brief description and evaluation of crevice corrosion.
Desirable Corrosion: The following discussion stimulating question was posted by Dr. Kane on several newsgroups:Corrosion is normally referred to as having a negative effect on materials of construction in various systems. I am looking for examples where the phenomenon of corrosion either directly or indirectly produces a positive end result.
Failure Analysis: Learn about the steps involved in failure analysis.
Fitness-for-service: A brief description of fitness for service.
Fretting Corrosion: A brief description and evaluation of corrosion that can occur on the load bearing contact surface between mating material - called fretting corrosion.
Galvanic Corrosion: Evaluation, prevention and test methods on galvanic corrosion.
General/Uniform Corrosion: Evaluation, prevention and test methods on general corrosion.
High Temperature Corrosion: Gives description and forms of high temperature corrosion.
Hydrogen Embrittlement: A brief description and evaluation of crevice corrosion with some good examples with pictures.
Introduction to Corrosion: A brief description of various forms of corrosion.
Liquid Metal Attack: Description of the attack of certain liquid metals on metals.
Material Selection: Materials play an important part in the serviceability of equipment. In many cases, designers grasp only the requirements for minimum strength. This takes a deeper look at the steps involved in material selection
Microbiological Corrosion: A brief description of microbiological corrosion, cathodic depolorization, underdeposit acid attack, etc.
Pitting Corrosion: A brief description and evaluation of crevice corrosion.
Risk-based Inspection: Risk-based inspection is a procedure for ranking or prioritizing equipment for inspection purposes, based upon risk. This page gives an brief introduction to this topic.
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