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Decisions regarding the future integrity of a structure or its components depend entirely upon an accurate assessment of the conditions affecting its corrosion and rate of deterioration. With this information, an owner can make an informed decision as to the type, cost and urgency of remedial measures. Monitoring corrosion characteristics of a proposed or existing structure can lead to the proper selection of longer life materials, durable and protective coatings, and corrosion control measures through cathodic protection or water treatment.

CC Technologies has consistently been a leader in corrosion monitoring. Our engineers have designed, installed and tested corrosion monitoring programs for such diverse structures as nuclear waste storage facilities, power plant cooling water piping, dock structures, reinforced concrete tunnels, driven structural pilings, earth retaining walls, and a variety of tanks and piping applications.

Our engineers also have been instrumental in the development of equipment and techniques used throughout the world, which evaluate the corrosion of metals in soil, concrete, and water environments.

Corrosion rate methods employed by CC Technologies include: linear polarization resistance (LPR), electrical resistance (ER), coupon weight loss, electrochemical noise (EN), and non-destructive testing (NDT).

Our research and testing division offers complete laboratory services to evaluate corrosivity of field samples or simulated environments. A full range of corrosion testing is also available to characterize the behavior of materials in specific environments.

CC Technologies' staff of registered engineers, NACE International certificated specialists and technicians, and qualified staff of engineers and technicians is dedicated to solving corrosion problems through innovation.