A simple energy modification method

 
9783330007659: A simple energy modification method
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Maximal heat integration within an industrial process and between processes aims at identifying options for heat recovery and optimal energy-conversion. This paper introduces a simple energy modification method for heat integration during an internal process, between processes, and steam generation as obtained from practical experience. The problem is formulated as a energy modification problem for restricting only the heat flow regarding heating and cooling using utilities. Therefore, the original process cannot be changed but the utilities themselves could have savings. A method is presented for choosing optimal heat transfer technologies by using a pinch analysis and mixed integer nonlinear programming (MINLP) algorithms that represented near global heat transfer allocation during an internal process, between processes, and steam generation. This method is very general, it can be used within existing processes’ integrations for utility savings.

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About the Author:

Anita Kovač Kralj, born on April 26th 1965 in Maribor. Nationality: Slovenian, married with three children. Completed studies obtaining University Degree in Chemical Engineering (1988) while simultaneously employed as full time assistant.Research interests: process design, retrofit and optimization, energy integration, water reduction, recycling.

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Anita Kovac Kralj
Published by LAP Lambert Academic Publishing Feb 2017 (2017)
ISBN 10: 3330007656 ISBN 13: 9783330007659
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Book Description LAP Lambert Academic Publishing Feb 2017, 2017. Taschenbuch. Condition: Neu. Neuware - Maximal heat integration within an industrial process and between processes aims at identifying options for heat recovery and optimal energy-conversion. This paper introduces a simple energy modification method for heat integration during an internal process, between processes, and steam generation as obtained from practical experience. The problem is formulated as a energy modification problem for restricting only the heat flow regarding heating and cooling using utilities. Therefore, the original process cannot be changed but the utilities themselves could have savings. A method is presented for choosing optimal heat transfer technologies by using a pinch analysis and mixed integer nonlinear programming (MINLP) algorithms that represented near global heat transfer allocation during an internal process, between processes, and steam generation. This method is very general, it can be used within existing processes' integrations for utility savings. 52 pp. Englisch. Seller Inventory # 9783330007659

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Anita Kovac Kralj
Published by LAP Lambert Academic Publishing Feb 2017 (2017)
ISBN 10: 3330007656 ISBN 13: 9783330007659
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Book Description LAP Lambert Academic Publishing Feb 2017, 2017. Taschenbuch. Condition: Neu. Neuware - Maximal heat integration within an industrial process and between processes aims at identifying options for heat recovery and optimal energy-conversion. This paper introduces a simple energy modification method for heat integration during an internal process, between processes, and steam generation as obtained from practical experience. The problem is formulated as a energy modification problem for restricting only the heat flow regarding heating and cooling using utilities. Therefore, the original process cannot be changed but the utilities themselves could have savings. A method is presented for choosing optimal heat transfer technologies by using a pinch analysis and mixed integer nonlinear programming (MINLP) algorithms that represented near global heat transfer allocation during an internal process, between processes, and steam generation. This method is very general, it can be used within existing processes' integrations for utility savings. 52 pp. Englisch. Seller Inventory # 9783330007659

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Anita Kovac Kralj
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ISBN 10: 3330007656 ISBN 13: 9783330007659
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Book Description LAP Lambert Academic Publishing, 2017. Taschenbuch. Condition: Neu. Druck auf Anfrage Neuware - Maximal heat integration within an industrial process and between processes aims at identifying options for heat recovery and optimal energy-conversion. This paper introduces a simple energy modification method for heat integration during an internal process, between processes, and steam generation as obtained from practical experience. The problem is formulated as a energy modification problem for restricting only the heat flow regarding heating and cooling using utilities. Therefore, the original process cannot be changed but the utilities themselves could have savings. A method is presented for choosing optimal heat transfer technologies by using a pinch analysis and mixed integer nonlinear programming (MINLP) algorithms that represented near global heat transfer allocation during an internal process, between processes, and steam generation. This method is very general, it can be used within existing processes' integrations for utility savings. 52 pp. Englisch. Seller Inventory # 9783330007659

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