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Process Intensification in Chemical Reaction Engineering
Processes, 2022 Process Intensification (PI) is a modern trend in Chemical Reaction Engineering (CRE) science [...
Stefan Haase, Pasi Tolvanen
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2008
Chemical reaction engineering (CRE) emerged as a methodology that quantifies the interplay between transport phenomena and kinetics on a variety of scales and allows formulation of quantitative models for various measures of reactor ...
J Joshi, L Doraiswamy
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Chemical reaction engineering (CRE) emerged as a methodology that quantifies the interplay between transport phenomena and kinetics on a variety of scales and allows formulation of quantitative models for various measures of reactor ...
J Joshi, L Doraiswamy
+5 more sources
Chemical Reaction Engineering for Safety
Chemical Engineering Science, 1988Abstract A major hazard in chemical production is loss of thermal control, which can lead to destruction and release of toxic materials. The paper outlines, how risk assessment can be performed by extending Chemical Engineering Principles to the study of potential runaway reactions.
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1997
Chemical Reaction Engineering covers the material required for a basic understanding of chemical reaction engineering. The first chapter introduces the topic. The next chapter considers the materials balance for chemical reactions. The chapter after that examines the calculation of reactor volume and residence time.
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Chemical Reaction Engineering covers the material required for a basic understanding of chemical reaction engineering. The first chapter introduces the topic. The next chapter considers the materials balance for chemical reactions. The chapter after that examines the calculation of reactor volume and residence time.
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Principles of Chemical Reaction Engineering
2013The article contains sections titled: 1. Introduction 2. Fundamentals 2.1. Chemical Rates 2.2. Relative Degree of Conversion 2.3. Selectivity and Yield 3. Microkinetics 3.1. Elementary Reactions 3.1.1. Fundamentals 3.1.2. Influence of Temperature 3.1.3. Influence of Concentration 3.2. Chemical Equilibria 3.3.
Eugeniusz J. Molga, K. Roel Westerterp
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Chemical Reaction and Reactor Engineering
20201. Numerical Methods in Reaction Engineering 2. Use of Residence- and Contact-Time Distributions in Reactor Design 3. Catalytic Surfaces and Catalyst Characterization Methods 4. Diffusion-Reaction Interactions in Catalyst Pellets 5. Gas-Solid Noncatalytic Reactions 6. Design of Fixed-Bed Gas-Solid Catalytic Reactors 7. Fluidized-Bed Reactors 8.
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