Provide our clients with cost effective solutions to materials, corrosion,
and integrity problems through innovative and fundamentally sound
engineering practices.

CC Technologies is an engineering, research, and testing firm specializing in corrosion control, fitness-for-service, pipeline/plant integrity analysis, corrosion monitoring, materials evaluation and selection, asbestos analysis, and design and development of instrumentation and software. Since its inception in 1985, CC Technologies has grown to 130 people.

CC Technologies specializes in developing one-of-a-kind, innovative solutions to the client's problems. CC Technologies' basic philosophy is that combining practical engineering expertise and fundamental scientific approach permits our staff to solve engineering problems where other firms fail, and accomplish research projects that lead to more practical and cost effective solutions.

CC Technologies' staff consists of 14 Doctorate level scientists and over 35 engineers and specialists in the following disciplines:
Metallurgy	Aerospace Engineering
Materials Science	Petroleum Engineering
Polymer Science	Civil Engineering
Chemical Engineering	Theoretical and Applied Mechanics
Ceramic Engineering	Environmental Geology
Electrical Engineering	Geology
Mechanical Engineering

CC Technologies rapid expansion has come from growth in its core business and acquisitions. In 1997, CC Technologies acquired Associated Corrosion Consultants, Ltd., a cathodic protection service company in Calgary Alberta, Canada. Associated is currently operating as a division of CC Technologies Canada, Ltd. In 1998, CC Technologies expanded its Canadian operations to include a testing laboratory.

In 1999, CC Technologies acquired Gelles Laboratories, Inc., a metallurgical failure analysis and asbestos testing company. Gelles is operating as a division of CC Technologies Laboratories, Inc.

In 2003, CC Technologies acquired MIST (Multiphase Interactive Systems and Technologies, Inc.).  Based in Orlando, Florida, MIST is an internationally known leader in the field of multiphase flow technologies for pipelines. Their expertise covers flow monitoring, flow improvement, in-line separation technology, and ultra-high-resolution ultrasound (UHRU) technology for measuring corrosion rate, internal film thickness, and flow characteristics.  MIST further expands CC Technologies capabilities in the oil and gas production industry.

To better serve our clients, CC Technologies has established six primary operating companies:

CC Technologies Laboratories, Inc. has its offices in Dublin, Ohio and offers a wide range of testing, research, and failure analysis services in corrosion and materials. Gelles Laboratories is an operating division of CC Technologies Laboratories.

CC Technologies Services, Inc. has its primary office in Dublin, Ohio USA, with offices in Houston, Texas; Seattle, Washington and Mt. Pleasant, Michigan; CC Technologies Services offers engineering and corrosion control services, pipeline/plant integrity services, and litigation support services.

CC Technologies Systems, Inc. has its office in Dublin, Ohio USA and provides specialized instrumentation design and support for corrosion monitoring and corrosion control and engineering software for fitness-for-service analyses.

CC Technologies Canada, Ltd. has its primary offices in Calgary Alberta, Canada, with offices in Kamloops, British Columbia. CC Technologies Canada, Ltd. offers corrosion testing, cathodic protection, pipeline integrity, and plant integrity services.

CC Technologies International, Inc. has its primary office in Dublin, OH and offers engineering and laboratory services throughout the world with a focus on scale integrity projects.

CC Technologies Field Services, Inc. has its primary office in Dublin, Ohio USA, with branch offices in Houston, Texas; Seattle, Washinghton and Mt. Pleasant, Michigan.  CC Technologies Field Services offers engineering; direct assessment (ECDA, ICDA, SCC DA, CIS, DCVG, PCM, GPS surveying, etc.); inline inspection (ILI) / fitness for service; integrity management program (IMP); metallurgical services and failure analysis.

The Dublin Ohio USA campus facility consist of nearly 90,000 ft² of office and laboratory space, including a 24,000 ft² state-of-the-art laboratory facility. The laboratories have capabilities for full-scale pipe burst tests (up to 30-inch in diameter and 30-feet long), high temperature materials testing, corrosion inhibitor testing, H₂S testing, electrochemical testing, and asbestos testing.

The Calgary Alberta, Canada facilities consist of 12,000 ft² of office and laboratories. The laboratories have capabilities for soil chemistry testing, corrosion inhibitor testing, H₂S testing, and electrochemical testing.

[top of page]