Hydrocarbon By Hydrogenation TRIZ Cases
- Cycloolefin Production via Nickel Removal from Ruthenium Catalyst
Oxygen contact desorbs nickel from the ruthenium catalyst, preventing deterioration and maintaining high activity during partial hydrogenation.
- FCC Absorber Off-Gas Recovery Process for Ethylene and Ethane
Absorption zone removes hydrogen sulfide from FCC absorber off-gas before selective hydrotreating reactor processing.
- Single-Atomic Ce-Doped Alumina Catalyst for Sintering Resistance
A single-atomic Ce-doped alumina carrier anchors active metal components to maintain metallic properties during high-temperature thermochemical reactions.
- Metalized Resin Catalyst Dimer Selectivity vs Corrosion
Neutralizing sulfonic acid groups on macroporous resin with metal ions prevents acid loss and reactor corrosion while maintaining high dimer selectivity.
- Ethylene Process Heat Exchange Between De-ethanizer and C2 Splitter
Direct heat exchange between the de-ethanizer column and first C2 splitter reduces refrigerant usage in ethylene preparation.
- Alkylation Process Hydrogen Chloride Recovery
Hydrocarbon extraction solvent recovers hydrogen chloride from alkylation effluent, preventing substance loss during catalyst regeneration.
- Nickel-Copper Alloy Catalyst with Eggshell Structure
An eggshell catalyst concentrates nickel in a peripheral crust to improve activity while reducing metal content and sulfur poisoning.
- Hydrocarbon Separation via Dual-Pressure Distillation
Dual-pressure distillation columns separate unsaturated hydrocarbons with minimal energy consumption.