Structured catalysts and reactors
著者
書誌事項
Structured catalysts and reactors
（Chemical industries, v. 71）
M. Dekker, c1998
大学図書館所蔵 全1件
注記
Includes bibliographical references and index
内容説明・目次
内容説明
Offering discussions of structured catalysts and up-to-date approaches to catalytic processes, this work describes monolithic, membrane and arranged catalysts for use in two- and three-phase processes. It examines catalyst preparation, characterization, process development, modelling and optimization, as well as reactor design and operation.
目次
- The present and the future of structured catalysts - an overview. Reactors with structured catalysts where no convective mass transfer over a cross section of the reactor occurs (monolithic catalysts = honeycomb catalysts): ceramic catalyst supports for casoline fuel
- metal and coated-metal catalysts
- autocatalysts - past, present and future
- monolithic catalysts for the selective reduction of NOx with NH3 from stationary monolith reactors
- unconventional utilization of monolithic catalysts for gas-phase reactions
- modelling of monolithic reactors for automotive exhaust gas treatment
- the use of monolithic catalysts for three-phase reactions
- modelling of monolith reactors in three-phase processes
- monolithic reactors for countercurrent gas-liquid operation. Reactors with structured catalysts where convective mass transfer over the cross section of the reactor occurs: parallel-passage and lateral-flow reactors
- bead-string reactor
- open cross-flow-channel catalysts and catalyst supports
- catalytic supports
- catalytic filters for flue gas cleaning
- monolithic reactors with permeable walls (membrane reactors): reactors with metal and metal-containing membranes
- inorganic-membrane reactors
- ceramic catalyst support and filters for diesel exhaust aftertreatment
- polyethylene terephthalate
- crow-flow reactors with permeable walls. Catalyst preparation and characterization: transformation of a structured carrier into structured catalyst
- computer-aided characterization and design of catalyst pore structure.
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