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Material Testing
Fuel Cell and Related Services

09/05/03

Oliver Moghissi
Test Setup For Material Testing In High Temperature Gaseous Environment

Renewed interest in fuel cells has led to new material challenges, specific to the evolving industry. Scale-up of fuel cell systems requires that materials meet a matrix of demands. CC Technologies’ professional staff has decades of experience in engineering, research and testing of materials, and expertise in applied electrochemistry. We will help ensure that your materials meet the stringent performance, reliability and cost requirements of the new services. CC Technologies will assist you with material selection, life prediction/ assessment, failure analysis, and testing of materials for your fuel cell system components, pipes and piping, and high pressure storage and transport vessels.

 

Oliver Moghissi
Photomicrograph Showing Oxidation and Decarburization at Outside Surface of Heat Resistant Steel Tube

Our staff is experienced in addressing such issues as:

  • Environmental Cracking (SSC)
  • Hydrogen Embrittlement
  • Hydrogen Attack
  • Decarburization

 

Oliver Moghissi
Hydrogen Cracks In Carbon Steel Piping Of Chemical Plant

Laboratory Testing: Extensive laboratory test facilities are available to evaluate material performance in both gaseous and aqueous high-temperature environments. Electrochemical tests can be performed at high temperature and pressure. Most ASTM Standard Tests and NACE Recommended Test Methods are available. Custom designed testing is available for simulating specific process conditions. Techniques include:

Latest News:

10/05/07
Failure Analysis Tutorial A Success

10/04/07
CC Technologies Veteran Receives Highest Honor
10/03/07
DNV and CC Technologies Launch Materials and Corrosion Research Center with Ohio State
10/02/07
CC Technologies Leading Research Efforts for Ethanol Transportation
News Archives

Technical Exchange Archives

Features Archives
  • Lifetime Testing
  • Flow Loop Exposures
  • High Temperature/ Pressure Steam
  • High Temperature/ Pressure Autoclave
  • Electrical Resistance (ER)
  • Electrical Continuity Measurements
  • Contact Resistance
  • Potential Mapping
  • Hydrogen Permeation Testing
  • AC and DC Electrochemical Techniques
  • Non-destructive Testing (NDT)
  • Potentiodynamic Polarization
  • Linear Polarization Resistance (LPR)
  • Slow Strain Rate (SSR)
  • Stress Rupture
  • Cyclic and Constant Load Testing
  • Fracture Mechanics
Oliver Moghissi
Flow-Through High-Pressure Autoclave Test Setup
Oliver Moghissi
High Purity Water Recirculation Loop For Material Testing
Facilities and Surface Analytical Equipment: We use State-of-the-Art Facilities for material analyses, including: scanning electron microscope (SEM), transmission electron microscopy (TEM), optical microscopy, Electrochemical Impedance Spectroscopy (EIS), Fourier Transform Infrared Spectroscopy, and metallographic facilities. CC Technologies also utilizes surface analytical equipment including Auger Spectroscopy, X-Ray Photoelectron Spectroscopy (XPS), and Energy Dispersive Spectroscopy (EDS) to provide sputter depth, phase, composition, and other information for analyses.
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CC Technologies
5777 Frantz Road
Dublin, Ohio 43017-1386
614-761-1214 • Fax 614-761-1633
Colleen.Stoker@dnv.com

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CC Technologies Canada, Ltd.
Bay 123, 2340 Pegasus Way NE
Calgary, AB Canada
T2E 8M5
403-250-9041 • Fax 403-250-9141
info.cctcanada@dnv.com