Full Suite of Capabilities and Equipment for Research and Development

Full Suite of Capabilities and Equipment for Research and Development

Material Characterization

Semi-Qualitative /Quantitative elemental analysis using x-ray fluorescence of elements in liquid and solids samples (typically heavier elements than Na)

Specific surface area measurement of solid material based on gas molecule adsorption on solid surfaces

Powder crystalline phase reaching and identification. Crystal size estimation by peak fitting

AutochemTM II 2920 equipped with O2/H2/CO gas blends, and temperature and time programmable reduction/oxidation/desorption reactions of powder materials

Laser scattering particle size distribution measurement for both solid and liquid samples

Metal dispersion on support measurement by pulse-chemisorption analysis  

Material Characterization

Semi-Qualitative/Quantitative elemental analysis using x-ray fluorescence of elements in liquid and solids samples (typically heavier elements than Na)

Specific surface area measurement of solid material based on gas molecule adsorption on solid surfaces

Powder crystalline phase reaching and identification. Crystal size estimation by peak fitting

AutochemTM II 2920 equipped with O2/H2/CO gas blends, and temperature and time programmable reduction/oxidation/desorption reactions of powder materials

Laser scattering particle size distribution measurement for both solid and liquid samples

Metal dispersion on support measurement by pulse-chemisorption analysis  

_DSC3234

Testing Services

Simulated gas compositions for TWC, DOC and SCR applications

Isothermal Oxygen storage/reduction cycling measurement

TWC high temperature AFR cycle, DOC/SCR hydrothermal cycles

Gas phase sulfur or phosphorus exposure

Testing Services

Simulated gas compositions for TWC, DOC and SCR applications

Isothermal Oxygen storage/reduction cycling measurement

TWC high temperature AFR cycle, DOC/SCR hydrothermal cycles

Gas phase sulfur or phosphorus exposure

Contact our Scientists

Campbell McConnell
Email: cmcconnell@cdti.com
Phone: 805-639-9470

Please enter your name.
Please enter a subject.
Please enter a message.
Please check the captcha to verify you are not a robot.