Green solvents for sustainable separation processes

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Abstract

Solvent-based separation processes can reduce the required energy input for separation, improve biocompatibility, and allow for mild responsive separation systems that are applicable when distillation is technically not feasible because of the delicate nature of (bio)molecules to be separated. Owing to the increasing awareness of the need for a green and sustainable industry, the interest in green solvents for separation processes is growing. Being able to tailor solvent properties and solvent biocompatibility are key properties for making processes sustainable and allowing flexibility regarding feed and product composition of the separation processes involved. This work aims to give an overview of solvent developments toward more sustainable and green separation processes. For all solvent systems, it is key that not only the primary separation operation is considered, but the entire process including solvent recovery, because that is typically where the energy should be invested.

Original languageEnglish
Pages (from-to)57-65
Number of pages9
JournalCurrent Opinion in Green and Sustainable Chemistry
Volume18
DOIs
Publication statusPublished - 1 Aug 2019

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Biocompatibility
distillation
Distillation
energy
Recovery
Molecules
industry
Chemical analysis
Industry
product
solvent recovery
need

Cite this

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title = "Green solvents for sustainable separation processes",
abstract = "Solvent-based separation processes can reduce the required energy input for separation, improve biocompatibility, and allow for mild responsive separation systems that are applicable when distillation is technically not feasible because of the delicate nature of (bio)molecules to be separated. Owing to the increasing awareness of the need for a green and sustainable industry, the interest in green solvents for separation processes is growing. Being able to tailor solvent properties and solvent biocompatibility are key properties for making processes sustainable and allowing flexibility regarding feed and product composition of the separation processes involved. This work aims to give an overview of solvent developments toward more sustainable and green separation processes. For all solvent systems, it is key that not only the primary separation operation is considered, but the entire process including solvent recovery, because that is typically where the energy should be invested.",
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Green solvents for sustainable separation processes. / Schuur, Boelo (Corresponding Author); Brouwer, Thomas; Smink, Dion; Sprakel, Lisette M.J.

In: Current Opinion in Green and Sustainable Chemistry, Vol. 18, 01.08.2019, p. 57-65.

Research output: Contribution to journalReview articleAcademicpeer-review

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AU - Schuur, Boelo

AU - Brouwer, Thomas

AU - Smink, Dion

AU - Sprakel, Lisette M.J.

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AB - Solvent-based separation processes can reduce the required energy input for separation, improve biocompatibility, and allow for mild responsive separation systems that are applicable when distillation is technically not feasible because of the delicate nature of (bio)molecules to be separated. Owing to the increasing awareness of the need for a green and sustainable industry, the interest in green solvents for separation processes is growing. Being able to tailor solvent properties and solvent biocompatibility are key properties for making processes sustainable and allowing flexibility regarding feed and product composition of the separation processes involved. This work aims to give an overview of solvent developments toward more sustainable and green separation processes. For all solvent systems, it is key that not only the primary separation operation is considered, but the entire process including solvent recovery, because that is typically where the energy should be invested.

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