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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, Feature Article, Liquid and Gas Processing Techniques, Oil and Gas, Petroleum Industry, research, Spray-Drying

Molecular Sieve Adsorption in the Oil and Gas Industry

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

POWDERTECHNOLOGY.info2025-02-08T11:55:36+00:008 February 2025|Categories: Bulk Solids Characterization, Chemical Industry, Crystallinity, Editors pick, Feature Article, Liquid and Gas Processing Techniques, Oil and Gas, Petroleum Industry, research, 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

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  Perovskite Solar Cells: Unlocking Their Potential in Photovoltaics

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  Perovskite Solar Cells: Unlocking Their Potential in Photovoltaics

  Chemical Composition Analysis, Chemical Industry, Energy Industry, Feature Article, Future, Nano, research, Sustainability, Thermal Properties

Perovskite Solar Cells: Unlocking Their Potential in Photovoltaics

In this article, we'll look at the fascinating [...]

POWDERTECHNOLOGY.info2025-01-04T18:06:56+00:003 November 2024|Categories: Chemical Composition Analysis, Chemical Industry, Energy Industry, Feature Article, Future, Nano, research, Sustainability, Thermal Properties|Tags: ABX3 formula, adsorption, advanced materials, building integration, catalysis, catalysis reactions, chemical vapor deposition, cost-effective production, crystal structure, doctor blade, electron transport layers, Energy Efficiency, energy transmission, environmental remediation, fabrication techniques, ferroelectricity, flexible electronics., gas separation, high transition temperatures, hole transport layers, hybrid organic-inorganic, ion exchange, material properties, perovskite solar cells, Perovskites, photovoltaics, piezoelectric devices, power conversion efficiency, Scalability, semiconductor, solid oxide fuel cells, spin-coating, stability issues, superconductivity, tandem devices, thermal stability|0 Comments

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  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 [...]

POWDERTECHNOLOGY.info2024-12-16T13:35:00+00:0027 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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  Designing Industrial Powder Processing Plants (video)

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  Designing Industrial Powder Processing Plants (video)

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Designing Industrial Powder Processing Plants (video)

POWDERTECHNOLOGY.info2024-02-10T11:17:38+00:0010 February 2024|Categories: Video|Tags: Automation, control technologies, DORST Technologies, equipment selection, feasibility studies, FEECO International, GEA Group, HMI, Hosokawa Micron Powder Systems, human-machine interface, industrial powder processing, pharmaceutical tablet production, plant design, PLC, powder metallurgy, powder technology, programmable logic controllers, Scalability|0 Comments

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  Designing Industrial Powder Processing Plants

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  Designing Industrial Powder Processing Plants

  Conveying, Feature Article, powders, research, Transport

Designing Industrial Powder Processing Plants

Designing industrial powder processing plants is an intricate [...]

POWDERTECHNOLOGY.info2024-10-30T10:43:53+00:0010 February 2024|Categories: Conveying, Feature Article, powders, research, Transport|Tags: Automation, control technologies, DORST Technologies, equipment selection, feasibility studies, FEECO International, GEA Group, HMI, Hosokawa Micron Powder Systems, human-machine interface, industrial powder processing, pharmaceutical tablet production, plant design, PLC, powder metallurgy, powder technology, programmable logic controllers, Scalability|0 Comments

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  Decoding Direct Air Capture

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  Decoding Direct Air Capture

  Chemical Industry, Feature Article, Oil and Gas, Petroleum Industry, research, Sustainability

Decoding Direct Air Capture

The Historical Context of Direct Air Capture Technology [...]

POWDERTECHNOLOGY.info2024-10-30T13:43:00+00:0026 January 2024|Categories: Chemical Industry, Feature Article, Oil and Gas, Petroleum Industry, research, Sustainability|Tags: atmospheric carbon, bio-fabrication, biomimicry, calcium carbonate, calcium oxide, carbon capture, carbon dioxide, carbon emissions, Carbon Footprint, carbon removal, carbon-neutral manufacturing, chemical reactions, climate challenges, climate change, climate mitigation, closed-loop production, CO2 extraction, DAC, dematerialization, direct air capture, ecological destabilization, ecological disruptions, emissions reduction, Energy Consumption, environmental consequences, fossil fuels, global warming, greenhouse effect, industrial revolution, renewable technologies, Scalability, sorbent materials, sustainability, technical expertise|0 Comments

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  Decoding Direct Air Capture (video)

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  Decoding Direct Air Capture (video)

  Video

Decoding Direct Air Capture (video)

POWDERTECHNOLOGY.info2024-01-26T11:37:28+00:0026 January 2024|Categories: Video|Tags: atmospheric CO2, biofabrication, biomimicry, calcium oxide, carbon capture, carbon emissions, carbon-neutral manufacturing, chemical reactions, climate change, climate change mitigation, closed-loop production systems, CO2 extraction capacity, DAC facilities, dematerialization, direct air capture technology, energy-intensive process, global CO2 emissions, global warming, greenhouse effect, historical perspective, industrial revolution, lexical shift, powder technology, Scalability, sorbent materials, sustainable future, technological challenges, technological prospects, transformative thinking|0 Comments

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  Unveiling the Transformative Power of Coal

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  Unveiling the Transformative Power of Coal

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Unveiling the Transformative Power of Coal

Researchers at the University of Illinois Urbana-Champaign collaborated with [...]

POWDERTECHNOLOGY.info2024-10-30T18:31:39+00:004 January 2024|Categories: News|Tags: Amorphous carbon layers, Atomically thin membranes, Blue Gem coal, Carbon dots, climate change, Coal, collaboration, Economic role, Gate dielectric, High-purity materials, Industrial production, Insulators, Memristors, Nanoelectronics, National Energy Technology Laboratory, Next-generation electronic devices, Oak Ridge National Laboratory, Processing techniques, Quantum leap, Scalability, scientific exploration, Semiconductor industry, Taiwan Semiconductor Manufacturing Company (TSMC), Technological landscape., Transistors, Two-dimensional carbon, Ultrathin semiconductors, University of Illinois Urbana-Champaign|0 Comments

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