Isothermal reactors

Part 2 book "Principles of chemical engineering practice" by author George DeLancey includes content: Multistage separation and reactor operations, microscopic equations of change, nonturbulent isothermal momentum transfer, nonturbulent isothermal mass transfer, energy transfer under nonturbulent conditions, isothermal mass transfer under turbulent conditions, interphase momentum transfer under turbulent conditions, interphase energy transfer under turbulent conditions, microscopic to macroscopic.

249p muasambanhan10 03-04-2024 3 1   Download

Part 1 book "Elements of chemical reaction engineering" includes content: Mole balances, conversion and reactor sizing, rate laws and stoichiometry, isothermal reactor design, collection and analysis of rate data, multiple reactions, nonelementary reaction kinetics.

454p muasambanhan09 12-03-2024 3 0   Download

Part 2 book "An introduction to chemical engineering kinetics and reactor design" includes content: Selectivity and optimization considerations in the design of isothermal reactors; temperature and energy effects in chemical reactors; deviations from ideal flow conditions; reactor design for heterogeneous catalytic reactions; illustrative problems in reactor design.

278p muasambanhan06 03-02-2024 4 1   Download

The contribution of the thermal scattering law of hydrogen in light water to isothermal temperature reactivity coefficients for UOX and MOX lattices was studied in the frame of the MISTRAL critical experiments carried out in the zero power reactor EOLE of CEA Cadarache (France).

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The aim of this book is to disseminate state-of-the-art research and advances in the area of nuclear reactors technology. The book was divided in two parts.

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Worked Examples - Chapter I Homogeneous reactions - Isothermal reactors Problem 1.1 Problem 1.1a: For a reaction A

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We seek to design reaction vessels, i.e. chemical reactors, where a particular chemical reaction (or set of reactions) is carried out. The first decision we take involves the configuration of the reactor and its mode of operation. This means we must decide what reactor type (and reactor shape) to select and whether it would be advantageous to operate in batch or continuous mode.

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Problem 1.1a: For a reaction AB (rate expression: rA = kCA ) , taking place in an isothermal tubular reactor, starting with the mass balance equation and assuming plug flow, derive an expression for calculating the reactor volume in terms of the molar flow rate of reactant ‘A’.

0p sofia11 17-05-2012 83 14   Download