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

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Heat Integration in Multipurpose Batch Plants: I. Direct Heat Integration,tch 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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A Graphical Technique for Wastewater Minimisation in Batch Processes, of graphical techniques in .. This is deliberately aimed at presenting the full strength of mathematical techniques before their graphical counterparts. The major limitation of graphical techniques lies mainly in their confinement to 2 dimensions. In situations where problems are characterised by s

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Process Intermediate Storage Operational Philosophy: The New Operational Philosophy,put achieved with infinite intermediate storage. This results in 20% reduction in the amount of dedicated intermediate storage. In both cases the structure of the models is MILP. Furthermore, the MINLP design model is developed to exploit the attributes of the PIS operational philosophy.

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Heat Integration in Multipurpose Batch Plants: II. Indirect Heat Integration,pportunity for heat integration. Heat transfer fluids, e.g. water, are normally used for this purpose. The presented mathematical formulation exhibits an MILP structure for the fixed capacity of storage. Application of the proposed method to an agrochemical facility demonstrates savings of more than 75% in external utility steam consumption.