Ucorr strives to provide clients with innovative and cost effective solutions to their corrosion issues. Our experienced staff is dedicated to efficiently and effectively addressing client’s asset integrity. Our vision is to identify corrosion problems and provide sustainable solutions.
Over the past seven years, our team has had immense success with numerous clients in the oil and gas, water, and wastewater industries both domestically and internationally. Ucorr has successfully completed projects in California, Washington, Texas, Illinois, North Dakota, Canada, and Nigeria.
With each passing year, Ucorr has developed, manufactured, and placed innovative products and technologies into the market, which aid in more efficiently monitoring corrosion and extending asset longevity.
Ucorr offers corrosion consulting services including, but not limited to:
- AC and DC Interference Analysis and Mitigation
- Condition and Integrity Assessment
- Cathodic Protection System Evaluation & Design
- Construction & Construction Support
- Failure Analysis
- Laboratory Services
- Internal Corrosion Assessment and Mitigation
- Protective Coating Condition Assessment
Ucorr benefits from years of experience in a wide array of corrosion-related services in many industries including:
- Oil and Gas
- Power Generation
Multipurpose Segmented Impressed Current Anodes
Multipurpose segmented MMO coated titanium anodes can be used for a wide variety structures in both soil and liquid mediums such as offshore rigs, tanks, tank bottoms, vessels, and pipelines. These anodes can be installed in a variety of arrangements as well. In soil, various anode groundbed configurations such as horizontal or vertical and shallow or deep can be achieved.
Ucorr's innovative impressed current anode design helps prevent 3 major causes of anode failures including:
- Voltage rise on the surface of the MMO catalyst
- Non-functioning wire connections
- Degradation of insulation around anode wires in anodic environments
Ucorr's impressed current anode systems simplify the design process for engineers by simplifying resistance calculations and anode length requirements.
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