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Molecular Sieve Adsorption in the Oil and Gas Industry
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Molecular Sieve Adsorption in the Oil and Gas Industry

Bulk Solids Characterization, Chemical Industry, Crystallinity, Editors pick, Liquid and Gas Processing Techniques, Oil and Gas, Petroleum Industry, Spray-Drying

Molecular Sieve Adsorption in the Oil and Gas Industry

Molecular sieve adsorption in oil and gas industry: [...]

By Stephane Sloots|8 February 2025|Categories: Bulk Solids Characterization, Chemical Industry, Crystallinity, Editors pick, Liquid and Gas Processing Techniques, Oil and Gas, Petroleum Industry, Spray-Drying|Tags: adsorption, air separation, aluminosilicates, Automation, carbon dioxide removal, co-precipitation, dehydration, downstream refining, Energy Efficiency, gas chromatography, gas dehydration, gas separation, hydrocarbon purification, hydrothermal treatment, industrial implementation, liquid dehydration, mass spectrometry, mechanical milling, metal oxides, midstream operations, molecular sieve fabrication, Molecular sieves, natural gas processing, oil and gas industry, petrochemical refining, pore size, pressure drop measurements, process engineering, purification, refining, Scalability, selective adsorption, sieve regeneration, sol-gel synthesis, spray drying, sulfur removal, synthetic zeolites, template-assisted synthesis, zeolites|0 Comments

Exploring Metal-Organic Frameworks: The Future of Porous Materials and Gas Storage
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Exploring Metal-Organic Frameworks: The Future of Porous Materials and Gas Storage

Bulk Solids Characterization, Chemical Industry, Editors pick, Feature Article, Laboratory, Oil and Gas, Pharmaceutical Industry, Porosity, research, Thermal Properties

Exploring Metal-Organic Frameworks: The Future of Porous Materials and Gas Storage

Metal-organic frameworks (MOFs) are new, porous, crystalline materials [...]

By Stephane Sloots|27 October 2024|Categories: Bulk Solids Characterization, Chemical Industry, Editors pick, Feature Article, Laboratory, Oil and Gas, Pharmaceutical Industry, Porosity, research, Thermal Properties|Tags: adaptive catalysis, breathing MOFs, carbon dioxide storage, catalysis, crystalline structures, customizable structures, drug delivery, dynamic properties, Energy Storage, Environmental Sustainability, flexibility, functional groups, gas adsorption, gas separation, gas storage, healthcare diagnostics, high porosity, hybrid materials, hydrogen storage, hydrophobic properties, hydrothermal synthesis, Lewis basic sites, metal ions, Metal-organic frameworks, methane storage, MOFs, nanoparticle encapsulation, organic linkers, porous materials, Scalability, selective adsorption, selective gas separation, sensing, solvothermal synthesis, stability, surface area|0 Comments

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