CC ENERGY
Consulting
Projects - Metal Hydride
Multi-stage metal hydride compression system able to reach very-high pressure hydrogen delivery with no-moving parts other than valves and able to operate with waste heat and without electric power.
System comprised of a metal hydride system, working as a capture, recovery and compression unit with a fuel cell system to capture and mitigate hydrogen releases from liquid hydrogen boil off tanks and produce additional power.
Projects - Alternative Energy
Hydrogen production system using Polybenzimidazole (PBI) membranes in a direct sea water electrolyzer, without any inlet water purification systems. PBI membranes have advantages over traditional proton exchange membranes which include: higher temperature, exceptional thermal stability, chemical resistance and mechanical strength at elevated temperatures.
Offshore wind hydrogen production with integrated thermal compression system to produce and store hydrogen offshore. Hydrogen is compressed using metal hydride systems and using waste heat from the electrolysis unit.
Projects - Advanced Biological & Chemical Processes
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Machine learning and techno-economic constraint driven model predicting organism degrading plastic compounds.
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The system involves an integrated catalytic and biological reactor to degrade plastic.
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The large number of plastic types pose a challenge because enzymes are often specific to one or a few types of plastics.
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A new machine learning approach applied to explore genes that are currently of unknown function but that share features, such as sequence similarity and protein structure, with those known to degrade plastic.
Electromagnetic induction heating systems applied and integrated to industrial-level processes:
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Ethylene production in an Ethane + CO2 catalytic reaction system
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CO2 electromagnetic assisted electrochemical conversion to produce chemicals, e.g. ethylene, carbon monoxide and acrylic acid
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