Catalysis and Zeolites
These are good shape-selective catalysts because of their honey-comb like structure. They are micro porous alumina silicates with a three dimensional network. The zeolites have been commonly used as catalysts in petro chemical industries. The most common type of zeolite-catalyst used in chemical industry is ZSN-5. The shape-selective catalysis is considered as a unique feature of zeolites. It is also known as permutits. It is mainly classified into types
- Disruptive Catalysis by Zeolites
- Two-Dimensional Zeolites
- Hierarchical Zeolites
- Zeolites in Industrial Catalysis
- Zeolite Membranes in Catalysis
Related Conference of Catalysis and Zeolites
October 28-29, 2022
4th International Conference on Renewable and Smart Energy Resources
Vancouver, Canada
November 24-25, 2022
3rd International Conference on Oil, Gas & Petroleum Engineering
Berlin, Germany
Catalysis and Zeolites Conference Speakers
Recommended Sessions
- Biochemical Engineering
- Biomaterials and Biopolymers
- Catalysis and Reaction Engineering
- Catalysis and Zeolites
- Catalysis for Biorefineries
- Catalysis for Chemical Synthesis
- Catalysis for Energy
- Catalysis in Nanotechnology
- Catalytic Materials & Mechanisms
- Catalytic Pyrolysis
- Chemical Engineering in Nanotechnology
- Chemical Kinetics
- Drug discovery and synthesis
- Electrocatalysis
- Environmental Catalysis
- Enzymes, Biocatalysis and Biotransformation
- Fluid dynamics & its Phenomena
- Green and Sustainable Chemistry
- Heterogeneous Catalysis and Homogeneous Catalysis
- Industrial Chemistry
- Molecular Catalysis
- Organocatalysis
- Organometallics and Synthesis
- Petrochemical Engineering
- Photocatalysis
- Plasma Catalysis
- Polymer Chemistry
- Surface Chemistry
Related Journals
Are you interested in
- Advanced Materials for Energy Storage - Renewable Energy 2022 (Canada)
- Bio Separation Process - CHEMICAL PROCESS 2022 (UK)
- Biochemical Conversion - CHEMICAL PROCESS 2022 (UK)
- Biochemical Engineering - CHEMICAL PROCESS 2022 (UK)
- Biochemistry - CHEMICAL PROCESS 2022 (UK)
- Bioenergy and Biotechnology - Renewable Energy 2022 (Canada)
- Biological Engineering - CHEMICAL PROCESS 2022 (UK)
- Bioprocess Technology - CHEMICAL PROCESS 2022 (UK)
- Bioreactor - CHEMICAL PROCESS 2022 (UK)
- Biotechnology - CHEMICAL PROCESS 2022 (UK)
- Chemical Analysis - CHEMICAL PROCESS 2022 (UK)
- Chemical Analysis Uses - CHEMICAL PROCESS 2022 (UK)
- Chemical Composition - CHEMICAL PROCESS 2022 (UK)
- Chemical Process Engineering - CHEMICAL PROCESS 2022 (UK)
- Chemical Reaction Engineering - CHEMICAL PROCESS 2022 (UK)
- Chemical Reactors - CHEMICAL PROCESS 2022 (UK)
- Control Systems - CHEMICAL PROCESS 2022 (UK)
- Downstream processing - CHEMICAL PROCESS 2022 (UK)
- Environmental impact of electricity generation - Renewable Energy 2022 (Canada)
- Food chemical engineering - CHEMICAL PROCESS 2022 (UK)
- Food Industry - CHEMICAL PROCESS 2022 (UK)
- Geothermal Energy - Renewable Energy 2022 (Canada)
- Green Energy and Economy - Renewable Energy 2022 (Canada)
- Marine Energy - Renewable Energy 2022 (Canada)
- Nano Environmental Technologies - Renewable Energy 2022 (Canada)
- Nuclear Engineering - CHEMICAL PROCESS 2022 (UK)
- Petrochemicals - CHEMICAL PROCESS 2022 (UK)
- physical chemistry - CHEMICAL PROCESS 2022 (UK)
- Power and Energy Engineering - Renewable Energy 2022 (Canada)
- Process Design - CHEMICAL PROCESS 2022 (UK)
- Process dynamics and Process control - CHEMICAL PROCESS 2022 (UK)
- Process Engineering - CHEMICAL PROCESS 2022 (UK)
- Renewable Energy - Renewable Energy 2022 (Canada)
- Smart Grid - Renewable Energy 2022 (Canada)
- Solar & Wind Energy - Renewable Energy 2022 (Canada)
- Sustainable Development - Renewable Energy 2022 (Canada)
- Types Of Control Loops - CHEMICAL PROCESS 2022 (UK)
- Waste to Energy - Renewable Energy 2022 (Canada)