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9781860580932.pdf

Page Number: 001

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Foreword: Process intensification - today's challenge for the Chemical Industry

The fouling of heat transfer surfaces

Process systems engineering to support the development of future processing systems

Methodologies for Process Intensification

Using binary ice mixtures for process improvement

Compact to very compact heat exchangers for the process industry

Rotex: an intensified absorption heat pump

Procedure for rapidly determining the benefits of heat transfer enhancement

The heating, by viscous dissipation, of liquids flowing across an enclosed rotating disc

Intensification of the anthraquinone process for production of hydrogen peroxide

A study of a process intensive three phase reactor for the selective hydrogenation of 2-Butyne-1, 4-diol

Spinning disc reactor for the intensification of styrene polymerisation Applicability of high-intensity gas-liquid reactors to typical chemical processes

Simulated moving bed adsorptive reactor

Synthesis of nano-particles of CaCO[subscript 3] in a novel reactor

Breakage of oil drops in a Kenics mixer

Compact heat exchangers as chemical reactors for process intensification (PI)

Reactive extrusion: heterogeneous hydrogenation of highly viscous solutions in an intermeshing twin screw extruder

A high-intensity gas-liquid tubular reactor under supersonic two phase flow conditions

CFD for optimizing compact static mixing systems

Turbulent flows loaded with particles in compact heat exchangers - application to particulate fouling

Evaluation of oscillatory flow mixing in tubular reactors for continuous processing

Advantages of induced pulsing flow in a trickle bed

Industrial practice of HIGRAVITEC in water deaeration

Enhanced separation processes

Centrifugal adsorption technology for the removal of volatile organic compounds from water

Practical process intensification shown with the example of a hydrogen peroxide distillation system

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p. 309

Authors' Index

Table of Contents provided by Blackwell's Book Services and R.R. Bowker. Used with permission.

p. 319

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 Supercritical Fluid Extraction 9781860580932.pdf Page 001
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