Hydroxy Compound Preparation TRIZ Cases
- Methanol Decomposition for CO2-Free Syngas Production
Thermal catalytic methanol decomposition removes inert CO2 from the syngas route, improving H2:CO control and hydrocarbon yield.
- CO2 Capture and Recycling for Methane and Acetylene Production
This case combines calcium oxide capture, water electrolysis, methane conversion, acetylene production, and recycle streams to reduce waste.
- Bifunctional Catalyst with ZnAl2O4 Spinel for Methanol Conversion
Zinc aluminate spinel in the binder reduces methanol cracking to COx while maintaining high aromatics yield.
- MCM-22 Molecular Sieve Platelet Morphology for Catalytic Stability
Platelet aggregate MCM-22 molecular sieves maintain high surface area while increasing crystal diameter to improve catalytic stability.
- Ethanol Distillation Heat Recovery via Dryer Exhaust
Captures dryer exhaust heat to warm water streams, reducing net energy input for ethanol distillation.
- Methane Conversion to Distillate via Integrated Reforming and Oligomerization
Integrated reforming and oligomerization stages convert methane feedstocks into distillate boiling range hydrocarbons.
- Multifunctional Catalyst for CO2 Conversion
A multifunctional catalyst particle integrates a solid water sorbent with catalytic metal to convert carbon dioxide into useful products.