Ceramic Technology for Chemical Engineers
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Ceramic technology is crucial for chemical engineers, particularly in designing and optimizing ceramic membranes for harsh conditions, developing and applying ceramic catalysts for green chemistry and pollution control, and using advanced ceramic materials in demanding industrial applications like refractories, sensors, and catalytic converters. This involves applying knowledge of ceramic properties to improve separation processes, enhance reaction efficiency, ensure safety, and manage raw materials and production in chemical plants.
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Beschrijving
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Ceramic technology is crucial for chemical engineers, particularly in designing and optimizing ceramic membranes for harsh conditions, developing and applying ceramic catalysts for green chemistry and pollution control, and using advanced ceramic materials in demanding industrial applications like refractories, sensors, and catalytic converters. This involves applying knowledge of ceramic properties to improve separation processes, enhance reaction efficiency, ensure safety, and manage raw materials and production in chemical plants.
Beschrijving
(2)
Bol
Ceramic technology is crucial for chemical engineers, particularly in designing and optimizing ceramic membranes for harsh conditions, developing and applying ceramic catalysts for green chemistry and pollution control, and using advanced ceramic materials in demanding industrial applications like refractories, sensors, and catalytic converters. This involves applying knowledge of ceramic properties to improve separation processes, enhance reaction efficiency, ensure safety, and manage raw materials and production in chemical plants.
AmazonPages: 124, Paperback, LAP Lambert Academic Publishing
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