Titlebook: Alternative Energy Sources and Technologies; Process Design and O Mariano Martín Book 2016 Springer International Publishing Switzerland 20

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Optimal Design of Macroscopic Water and Energy Networksw. It has created serious problems in overexploitation of ground and surface water resources. This issue has been intensified due to population growth and increases in energy and water demands in the industry, agriculture, and households. In this chapter, a mathematical model for energy and water di

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烧瓶

Improving Energy Efficiency in Batch Plants Through Direct Heat Integrationndustry and have been widely applied to continuous plants. In batch plants, however, energy sources and sinks need to coexist in time, further complicating the problem. The main novelty of this paper is to propose a general mixed-integer linear programming formulation for solving the scheduling and

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Planning and Scheduling for Industrial Demand Side Management: Advances and Challengesen recognized as an effective approach to increase power grid performance and consumer benefits. Being large electricity consumers, the power-intensive process industries play a key role in DSM. In particular, planning and scheduling for industrial DSM has emerged as a major area of interest for bot

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https://doi.org/10.1057/978-1-137-58057-3ramework is then introduced and applied to three oxycombustion-related case studies: design of a minimum energy air separation unit to produce an O. enriched stream for the boiler, optimization of the CO. polishing unit and compression train to minimize specific energy, and maximization of thermal e

GUILE

https://doi.org/10.1007/978-3-031-31000-3accounts for variations in water demands throughout the year, for domestic, agricultural, and industrial users. The model considers both installation costs and operating costs of the new power-desalination plants, the installation of new storage tanks, pumping, and piping costs. The results show att

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