ULLMANN'S PROCESSES AND PROCESS ENGINEERING 3V SET

Ullmann's Processes and Process Engineering is tailor-made for anyone interested in industrial chemical processes, unit operations, process engineering, reactor design and optimization. Based on the very latest edition of the 40-volume Ullmann's Encyclopedia of Industrial Chemistry, the contents represent an up-to-date source of information. The detailed and thoroughly edited articles are written by renowned experts from industry and academia.

The three volumes provide coverage on all aspects of processes an process engineering. The major headings are:

Separation Processes
Separation and Classification
Mixing
Particle Technology
Heat Generation
Processes under Special Conditions
Principles of Process Engineering
Reactor Types

A keyword index and an author index complete the contents of this handbook. Top-quality illustrations, clear diagrams and charts combined with the extensive use of tables enhance the presentation and provide a unique level of detail.

Thus, this handbook is an invaluable and convenient source of information for chemical engineers, chemists, patent attorneys, marketing manager and all those involved in the chemical process industry.

Volume 1:

Separation Processes.

Separation Processes, Introduction.

Heat Exchange.

Evaporation.

Distillation and Rectification.

Reactive Distillation.

Sublimation.

Liquid-Liquid Extraction.

Liquid-Solid Extraction.

Absorption.

Adsorption.

Dust Separation.

Membranes and Membrane Separation Processes.

Process-Scale Chromatography.

Biochemical Separations.

Volume 2:

Separation and Classification:

Solid-Liquid Separation.

Solid-Liquid Separation, Introduction.

Filtration.

Centrifuges, Filtering.

Sedimentation.

Centrifuges, Sedimenting.

Hydrocyclones.

Separation and Classification:

Solid-Solid Separation.

Solid-Solid Separation, Introduction.

Screening.

Elutriation.

Air Classifying.

Mineral Sorting.

Magnetic Separation.

Electrostatic Separation.

Electrochemical and Chemical Deposition.

Gravity Concentration.

Dense-Medium Separation.

Flotation.

Mixing.

Mixing, Introduction.

Stirring.

Continuous Mixing of Fluids.

Mixing of Highly Viscous Media.

Mixing of Solids.

Particle Technology.

Solids Technology, Introduction.

Particle Size Analysis.

Crystallization and Precipitation.

Drying of Solid Materials.

Dry Cleaning.

Size Reduction.

Spraying and Atomizing of Liquids.

Size Enlargement.

Solids Handling.

Heat Generation.

Pinch Technology.

Combustion.

Electrically Generated Heat.

Radiation Heating.

Cooling Tower Technology.

Direct Heating with Circulating Heat Carriers.

Volume 3:

Processes under Special Conditions.

Refrigeration Technology.

Cryogenic Technology.

High-Pressure Technology.

Vacuum Technology.

Sonochemistry.

Principles of Process Engineering.

Principles of Chemical Reaction Engineering.

Biochemical Engineering.

Model Reactors and Their Design Equations.

Reactor Types.

Reactor Types and Their Industrial Applications.

Stirred-Tank and Loop Reactors.

Tubular Reactors.

Fixed-Bed Reactors.

Fluidized-Bed Reactors.

Bubble Columns.

Three-Phase Trickle-Bed Reactors.

Reaction Columns.

Thin-Film Reactors.

Metallurgical Furnaces.

Chromatographic Reactors.

Membrane Reactors. Microreactors.