By David W. T. Rippin (auth.), Ginraras V. Reklaitis, Aydin K. Sunol, David W. T. Rippin, Öner Hortaçsu (eds.)
Batch chemical processing has some time past decade loved a go back to respectability as a priceless, powerful, and infrequently most well liked mode of procedure operation. This ebook offers the 1st entire and authoritative assurance that stories the state-of-the-art improvement within the box of batch chemical structures engineering, purposes in quite a few chemical industries, present perform in several elements of the area, and destiny technical demanding situations. advancements in permitting computing applied sciences comparable to simulation, mathematical programming, wisdom established structures, and analysis of the way those advancements might impression destiny growth within the batch area are lined. layout concerns for complicated unit methods and batch vegetation in addition to operational concerns resembling regulate and scheduling also are addressed.
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Additional resources for Batch Processing Systems Engineering: Fundamentals and Applications for Chemical Engineering
32, 3037-3050 (1993) E. C. H Sargent: A General Aigorit1un for Scheduling Batch Operations. Comput. Chern. , 17,211-229 (1993) 1. Lee and G. Rekiaitis: Optimal Scheduling of Batch Processes for Heat Integration. I: Basic Formulation. Comput. Chern. , 19,867-882, (1995) KB. 1oos: Models of the Large Chemical Companies of the Future. Chemical Processing, pp. 21-34 (Jan. 1990) S. Macchietto and 1. M. Mujtaba: Design of Operation Policies for Batch Distillation. This volume, p. C. Pantelides and PJ.
Pantelides and PJ. Barton: The Modeling and simulation of Combined Discrete/Continuous Processes. PSE'91, Montebello, Canada (August, 1991) S. Papageorgaki and G. Rekiaitis: Retrofitting a General Multipurpose Batch Chemical Plant. Ind. Eng. Chern. Res. 32, 345-361 (1993) S. Papageorgaki and G. Rekiaitis: Optimal Design of Multipurpose Batch Plants: Part 1, Formulation and Part 2, A Decomposition Solution Strategy. Ind. Eng. Chem. , 29, 2054-2062, 2062-2073 (1990) S. G. Tsirukis and G. Rekiaitis: The Influence of Resource Constraints on the Retrofit Design of Multipurpose Batch Chemical Plants.
However, one of the key issues in grass roots design of such facilities is the treatment of uncertainties. Shah and Pantelides  do suggest an approach for treating multiple demand scenarios within a deterministic formulation of the problem, an idea which had previously been advanced by Reinhart and Rippin  in the multiproduct setting. Moreover, it would appear that the staged expansion concept, initially explored by Wellons [28,29] for longer term demand changes, merits consideration in the multipurpose case, especially in the context of modular plant expansion.