Molecular Sieve Catalysts TRIZ Cases
- Light Olefin Production via High-Pressure Dehydration
High-pressure dehydration converts oxygen-containing compounds into light olefins, resolving the trade-off between increased output and larger reactor size.
- Hydrocracking Catalyst Carrier Calcination
High temperature calcination of composite carriers enhances gas oil selectivity while maintaining structural stability.
- Metal-Loaded Zeolite Catalyst for Low Benzene Hydrocarbon Conversion
A metal-loaded zeolite catalyst converts dilute aqueous alcohols into hydrocarbons through direct catalytic reaction.
- Zeolite Suspension Viscosity Control via Zirconium Chelate
Aqueous zeolite suspension uses zirconium chelate complex to stabilize rheology at high solids loading.
- MWW Zeolite Extrudability via Acid Treatment
Acid treatment adjusts titanium MWW zeolite water absorption for extrusion, eliminating polyethylene oxide removal steps and reducing process complexity.
- Template-Free Cu/Fe Zeolite Beta for SCR
Template-free synthesis creates bimetallic Cu/Fe zeolite beta, resolving low-temperature activity and sulfur resistance limits in SCR applications.
- Hydroprocessing Catalyst Metal Deposition with Modifying Agent
Introducing a modifying agent during metal deposition prevents aggregation, resolving contradictions between reliability and manufacturing precision.
- Platinum Encapsulated in Microporous Silica for Sulfur-Tolerant Hydrocracking
Microporous silica shell protects platinum from sulfur poisoning while allowing hydrogen diffusion to crack large hydrocarbon molecules.
- Molecular Sieve Catalyst with 8-Membered Ring Channels for MTP
A molecular sieve catalyst uses one-dimensional 8-membered ring channels to drive methanol-to-propylene reactions.
- SSZ-98 Molecular Sieve Synthesis Using Alternative Cations
Replacing standard diazabicyclooctane dications with alternative cations expands versatility while maintaining crystallization reliability for SSZ-98 synthesis.
- Dual-Catalytic System for Heavy Oil Hydroconversion
A dual-catalytic system converts heavy hydrocarbons into high-quality fuels, eliminating coke production and severe hydrotreatment needs.
- Rare Earth Zeolite Catalyst for Linear Alkylbenzene Production
A rare earth exchanged zeolitic catalyst enhances benzene alkylation efficiency while maintaining high product linearity.
- Dual-Zeolite Catalyst System for Heavy Base Oil Haze Reduction
Sequential ZSM-12 and ZSM-48 catalytic stages selectively remove haze-inducing substances while maintaining high yield.
- Ammonia Oxidation Catalyst for SCR Ammonia Slip Reduction
A zeolite and precious metal catalyst oxidizes residual ammonia to nitrogen, reducing ammonia slip while maintaining low NOx emissions.
- SSZ-102 Molecular Sieve Synthesis via Dication Templating
Synthesizing SSZ-102 molecular sieve with low SiO2/Al2O3 ratios using a dication mediator overcomes conventional synthesis feasibility limits.
- Biomass Pyrolysis Oil Phase Stability via Reducing Gas Treatment
Heating biomass pyrolysis oil with hydrogen at 40 to 85 degrees Celsius saturates double bonds and prevents phase separation during storage.
- Microwave Drying for Exhaust Gas Catalyst Substrates
Microwave drying prevents platinum migration and pore plugging during washcoat processing, maintaining high catalytic activity.
- Double-Layer Three-Way Catalyst for Exhaust Gas
Spatially separating palladium and rhodium in distinct layers prevents thermal deactivation while maintaining catalytic activity.
- Composite Metal Catalyst for 1,4-Cyclohexanedimethanol Synthesis
A composite metal catalyst combines palladium, ruthenium, tin, and platinum compounds to convert terephthalic acid into 1,4-cyclohexanedimethanol.
- USY Zeolite Catalyst with Zr and Ti Framework Substitution
Zirconium and titanium framework substitution reduces acidity in USY zeolite, resolving the trade-off between cracking activity and reforming suitability.