Titlebook: Batch Chemical Process Integration; Analysis, Synthesis Thokozani Majozi Book 2010 Springer Science+Business Media B.V. 2010 Batch chemica

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History of Rotating Machinery Dynamicss presented. This representation is based on states only, eliminating the use of tasks and units. Using this new representation as a basis, a novel continuous time MILP formulation for short-term scheduling of multipurpose batch plants is developed (Majozi and Zhu, 2001, Ind. Eng. Chem. Res., 40(25)

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Science before the Medieval Period,o particular emphasis was placed on process integration aspects, like wastewater minimisation through recycle and reuse, as well as heat integration. Starting with this chapter, the rest of this textbook will address aspects of process integration. In this chapter, a mathematical formulation for fre

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Finite Element Methods for Rotor Dynamics,misation in multipurpose batch processes where there are multiple contaminants present in the system. The reader is reminded that Chapter 4 was only applicable to multiproduct batch plants characterised by single contaminants. Moreover, only water using operations were considered in the analysis in

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: The Production of Cultural Authority not produce any effluent so as to avoid environmental impact. The mathematical formulations presented in the foregoing chapters of this textbook are aimed at reduction, but not elimination of effluent. The mathematical formulation presented in this chapter deals with a special form of wastewater re

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Grown Junction and Diffused Transistors,erall idea lies in the exploitation of idleness which is an inherent feature in batch plants. Using processing units that would otherwise be idle for wastewater storage invariably reduces the need for dedicated reusable water storage facility, thereby mitigating the spatial requirements for the enti

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History of Semiconductor Engineeringtch processes become more popular, it has become necessary to develop energy optimisation techniques that are particular to batch plants. This chapter presents a mathematical formulation that is founded on uneven discretization of the time horizon for direct heat integration of multiproduct and mult

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