Hydrocarbon By Isomerisation TRIZ Cases
- Suberic Acid Synthesis from Renewable Feedstocks
Metathesis and isomerization convert renewable feedstocks into suberic acid, bypassing petroleum dependency.
- Methane Conversion Countercurrent Reactor
A countercurrent reactor converts methane to higher hydrocarbons using catalytic particulate material.
- EUO Zeolite Catalyst Sodium Control for Para-Xylene Selectivity
Optimized EUO zeolite sodium levels suppress ring opening side reactions to boost para-xylene selectivity.
- Transalkylation Benzene Co-feeding Ring Loss Reduction
High-proportion benzene co-feeding reduces unexpected ring loss during transalkylation, preserving aromaticity and improving xylene yield.
- Amorphous Alumina Catalyst Macroporosity for C4 Alcohol Dehydration
High open macroporosity in the alumina catalyst accommodates coke deposits, maintaining active sites and extending durability during C4 alcohol dehydration.
- Cyclohexane Production via Benzene Hydrogenation and MCP Isomerization
Pre-separating dimethylpentane before isomerization simplifies purification, reducing energy consumption for high-purity cyclohexane.
- Co-production of MTBE and Alkylate via C4 Dehydrogenation
Dehydrogenation converts C4 feedstocks to olefins for co-producing MTBE and alkylates, resolving limited flexibility in product slate adjustment.