Hybrid Schemes for Intensified Chemical and Biochemical Process Alternatives

Nipun Garg, Anjan K.Tula, Mario R. Eden, Georgios M. Kontogeorgis, John M. Woodley, Rafiqul Gani

Research output: Contribution to journalJournal articleResearchpeer-review

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Abstract

A practical way to generate innovative and sustainable designs of chemical and biochemical processes is to develop methods to generate hybrid schemes and apply them to solve specific energy intensive separation problems. Process intensification plays a major role within the process synthesis methods where the primary process objectives are to satisfy targeted process performance parameters including process economics and environmental impacts. The phenomena-based technique employing a multi scale method operating at unit operation (unit-op), functional/task and phenomena level is suited for achieving targeted process intensification. This paper presents a detailed systematic framework to determine new, innovative and more sustainable intensified flowsheet alternatives using combined phenomena and predefined intensified hybrid schemes consisting of conventional techniques such as distillation, reaction, membrane etc. In these hybrid schemes, the specified process objectives, which cannot be achieved by a single unit-op are achieved by combining multiple unit-ops all operating at their highest efficiencies to achieve the desired separation together with the targeted performance parameters. An overview of the key concepts and step-by-step workflow of the phenomena-based intensification method for hybrid separation schemes is presented along with its implementation and highlighting as well, new improved solutions of published case studies involving chemical and biochemical processes.
Original languageEnglish
Book seriesChemical engineering transactions
Pages (from-to)517-522
ISSN1974-9791
DOIs
Publication statusPublished - 2018
Event11th International Conference on Distillation & Absorption 2018 - Florence, Italy
Duration: 16 Sep 201819 Sep 2018
Conference number: 11

Conference

Conference11th International Conference on Distillation & Absorption 2018
Number11
CountryItaly
CityFlorence
Period16/09/201819/09/2018

Cite this

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title = "Hybrid Schemes for Intensified Chemical and Biochemical Process Alternatives",
abstract = "A practical way to generate innovative and sustainable designs of chemical and biochemical processes is to develop methods to generate hybrid schemes and apply them to solve specific energy intensive separation problems. Process intensification plays a major role within the process synthesis methods where the primary process objectives are to satisfy targeted process performance parameters including process economics and environmental impacts. The phenomena-based technique employing a multi scale method operating at unit operation (unit-op), functional/task and phenomena level is suited for achieving targeted process intensification. This paper presents a detailed systematic framework to determine new, innovative and more sustainable intensified flowsheet alternatives using combined phenomena and predefined intensified hybrid schemes consisting of conventional techniques such as distillation, reaction, membrane etc. In these hybrid schemes, the specified process objectives, which cannot be achieved by a single unit-op are achieved by combining multiple unit-ops all operating at their highest efficiencies to achieve the desired separation together with the targeted performance parameters. An overview of the key concepts and step-by-step workflow of the phenomena-based intensification method for hybrid separation schemes is presented along with its implementation and highlighting as well, new improved solutions of published case studies involving chemical and biochemical processes.",
author = "Nipun Garg and Anjan K.Tula and Eden, {Mario R.} and Kontogeorgis, {Georgios M.} and Woodley, {John M.} and Rafiqul Gani",
year = "2018",
doi = "10.3303/CET1869087",
language = "English",
pages = "517--522",
journal = "Chemical engineering transactions",
issn = "1974-9791",
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}

Hybrid Schemes for Intensified Chemical and Biochemical Process Alternatives. / Garg, Nipun; K.Tula, Anjan ; Eden, Mario R.; Kontogeorgis, Georgios M.; Woodley, John M.; Gani, Rafiqul.

In: Chemical engineering transactions, 2018, p. 517-522.

Research output: Contribution to journalJournal articleResearchpeer-review

TY - JOUR

T1 - Hybrid Schemes for Intensified Chemical and Biochemical Process Alternatives

AU - Garg, Nipun

AU - K.Tula, Anjan

AU - Eden, Mario R.

AU - Kontogeorgis, Georgios M.

AU - Woodley, John M.

AU - Gani, Rafiqul

PY - 2018

Y1 - 2018

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AB - A practical way to generate innovative and sustainable designs of chemical and biochemical processes is to develop methods to generate hybrid schemes and apply them to solve specific energy intensive separation problems. Process intensification plays a major role within the process synthesis methods where the primary process objectives are to satisfy targeted process performance parameters including process economics and environmental impacts. The phenomena-based technique employing a multi scale method operating at unit operation (unit-op), functional/task and phenomena level is suited for achieving targeted process intensification. This paper presents a detailed systematic framework to determine new, innovative and more sustainable intensified flowsheet alternatives using combined phenomena and predefined intensified hybrid schemes consisting of conventional techniques such as distillation, reaction, membrane etc. In these hybrid schemes, the specified process objectives, which cannot be achieved by a single unit-op are achieved by combining multiple unit-ops all operating at their highest efficiencies to achieve the desired separation together with the targeted performance parameters. An overview of the key concepts and step-by-step workflow of the phenomena-based intensification method for hybrid separation schemes is presented along with its implementation and highlighting as well, new improved solutions of published case studies involving chemical and biochemical processes.

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