Faujasite Aluminosilicate Zeolite TRIZ Cases
- Zeolite Production From Acid-Refractory Minerals With Impurity Separation
Alkaline silicon extraction and acid aluminium recovery enable selective, high-purity zeolite precipitation from refractory mineral residues at lower energy.
- ODSO Co-Synthesis of Zeolite and Amorphous Binder Phases
Using water-soluble ODSO in one aqueous gel forms crystalline zeolite and amorphous binder together, cutting DSO disposal waste and process steps.
- Mesoporous Zeolite Synthesis With Combined Chemical Treatment
Simultaneous ammonium hexafluorosilicate and ammonium hydroxide treatment creates mesoporous zeolites with fewer steps and lower cost.
- Zeolite Molded Article Binder Composition for Wear Resistance and Flowability
Clay, silica sol, and sodium salt bind zeolite particles to improve abrasion resistance and flowability during adsorption-tower packing.
- Exfoliated Lamellar FAU Zeolite Structures for Larger-Species Diffusion
This case uses templated delamination of FAU zeolite to combine microporous catalysis with mesoporous access for larger species.
- Mesoporous Zeolite Preparation via Salt-Induced Alkaline Leaching
Inorganic salts mediate alkaline leaching to increase mesopore volume while preserving crystallinity and eliminating toxic organic templates.
- Titanium-Bridged Zeolite Mesopores for Hydrocracking Selectivity
Titanium atoms bonded to four bridging oxygen atoms enhance catalytic selectivity for naphtha in hydrocracking reactions while maintaining structural stability.
- Hierarchical Zeolite with Cubic Mesopores
Hierarchically ordered crystalline microporous materials with cubic symmetry enhance diffusion rates through controlled self-assembly.
- Continuous Zeolite Synthesis via Controlled Fluid Flow
A continuous zeolite synthesis process uses controlled fluid flow to produce uniform crystals.