Carbon Monoxide TRIZ Cases
- Electrified Endothermic Reactor Heat Recovery With Temperature Zoning
Integrated heat exchange and electric heating recover effluent heat, control reactor temperature zones, and cut CO2 from external combustion.
- Electrified Endothermic Reactor With Integrated Heat Recovery
Electric heating and integrated heat exchange recover hot effluent energy for endothermic reactions while cutting combustion losses and CO2 emissions.
- Electrified Reactor Heat Exchange for Endothermic Temperature Control
Electric heating with regenerative heat exchange and ceramic storage improves heat recovery, controls reactor temperature zones, and cuts CO2.
- Ammonia Cracking and RWGS Integration for Low-Carbon CO Production
Ammonia cracking supplies hydrogen for RWGS with captured CO2, enabling heat-integrated, large-scale carbon monoxide production.
- Phase-Change Separator for Compact Gas Generation
A phase-changing separator prevents premature quenching by blocking direct contact between pyrotechnic slag and reactants, ensuring high-purity gas output.
- Sustainable Acrylic Acid Production via Direct CO2 Conversion
Direct carbon dioxide conversion to formic acid enables acrylic acid synthesis without methanol intermediates.
- Perovskite Reducing Agent for Low-Energy CO2 Conversion
Optimized A-site and B-site electronegativity in a perovskite oxygen carrier reduces hydrogen consumption during carbon dioxide conversion.
- Calcium Sulfide Decomposition via Controlled Carbon Oxidation
Controlling carbon and oxygen mass ratios during oxidation prevents unwanted calcium sulfate formation while providing heat for decomposition.
- Silicon Carbide Powder Oxygen Removal via Hydrogen Cooling
Hydrogen gas treatment during cooling reduces residual oxygen in silicon carbide powder.