Our
Research
Our specialty is from "we can design, synthesize, and analyse any material used in our R&D by our selves" In the RSNL, there are many materials synthesis and analysis equipment installed. We can make or synthesize a number of nanoprous or semiconducting nanomaterials, which are core materials for heterogeneous catalysis, separation, secondary battery, fuel cell, and water electrolysis.
Research Topic 1. Porous Supports
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Macroporous Inorganic Tubes
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Macroporous Inorganic Capillaries
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Macroporous & Mesoporous Granules
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Coating of mesoporus layers on the supports
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Alumina, Silica, Cordierite, Mullite, Nickel, Cermets, and so on
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Applications: UF/MF/NF Filtration, Adsorption, Heterogeneous Catalysis
Research Topic 3. Nanoporous or Hybrid Membranes
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Microporous LTA, FAU, MOR, CHA, MFI, SOD zeolite membranes
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Carbon Molecular Sieve membrane
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ZIF-8 membrane
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Applications:
Carbon Dioxide Capture, Hydrogen Separation (Gas Separation)
Carbon Dioxide Conversion (Membrane Reaction)
Solvents Dehydration (Pervaporation)
Oleffin/Paraffin Separation (Gas Separation)
Nitrogen/SF6 or CH4 Separation (Gas Separation)
Water Desalination (Pervaporation)
Research Topic 2. Nanosize Catalysts and Nanoprous Adsorbents
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Microporous Adsorbents
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Nanosize Catalysts
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Zeolites, MOFs, Molecular Sieve Carbons, and so on
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Ag, TiO2, SiO2, ZrO2, SnO2, Al2O3, TiC, TiB2, BaTiO3, SiC, Si3N4, etc.
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Applications: Gas Adsorption, Heterogeneous Catalysis, Photocatalysis
Research Topic 4. Hybrid Seperators and Electrolytes
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Inorganic/polymer hybrid porous membranes
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Applications: Separators for Batteries, Electrolystes for Fuel Cells