Q3099998 (Q3099998): Difference between revisions
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(Changed label, description and/or aliases in en) |
(Created claim: summary (P836): The scientific objective of the project is to obtain knowledge, in the form of conceptual models, regarding new high-efficiency technical systems for the separation and purification of valuable products from bio-resources. The project aims to exploit the synergy between physical and chemical phenomena occurring in multiphase biotechnology systems, where valuable products are obtained through biochemical reactions or isolated from natural resourc...) |
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| Property / summary | |||||||||||||||
The scientific objective of the project is to obtain knowledge, in the form of conceptual models, regarding new high-efficiency technical systems for the separation and purification of valuable products from bio-resources. The project aims to exploit the synergy between physical and chemical phenomena occurring in multiphase biotechnology systems, where valuable products are obtained through biochemical reactions or isolated from natural resources. The expected results are generic in nature and are applicable in other areas where separation and purification play an important role, such as food processing, (bio)pharmaceuticals, biofuels, etc. (English) | |||||||||||||||
| Property / summary: The scientific objective of the project is to obtain knowledge, in the form of conceptual models, regarding new high-efficiency technical systems for the separation and purification of valuable products from bio-resources. The project aims to exploit the synergy between physical and chemical phenomena occurring in multiphase biotechnology systems, where valuable products are obtained through biochemical reactions or isolated from natural resources. The expected results are generic in nature and are applicable in other areas where separation and purification play an important role, such as food processing, (bio)pharmaceuticals, biofuels, etc. (English) / rank | |||||||||||||||
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| Property / summary: The scientific objective of the project is to obtain knowledge, in the form of conceptual models, regarding new high-efficiency technical systems for the separation and purification of valuable products from bio-resources. The project aims to exploit the synergy between physical and chemical phenomena occurring in multiphase biotechnology systems, where valuable products are obtained through biochemical reactions or isolated from natural resources. The expected results are generic in nature and are applicable in other areas where separation and purification play an important role, such as food processing, (bio)pharmaceuticals, biofuels, etc. (English) / qualifier | |||||||||||||||
point in time: 16 September 2021
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Revision as of 10:51, 16 September 2021
Project Q3099998 in Romania
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3099998 in Romania |
Statements
7,838,403.52 Romanian Leu
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9,283,321.0 Romanian Leu
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1,856,664.2000000002 Euro
0.2 Euro
13 September 2021
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0.84 percent
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25 November 2016
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13 August 2021
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UNIVERSITATEA POLITEHNICA DIN BUCURESTI
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Obiectivul ştiinţific al proiectului este obtinerea de cunoştinţe, sub forma modelelor conceptuale, referitoare la noi sisteme tehnice, de o înaltă eficienţă, pentru separarea şi purificarea produselor valoroase din bio-resurse. Proiectul are ca scop exploatarea sinergiei dintre fenomenele fizice şi chimice ce au loc în sisteme multifazice specifice domeniului biotehnologiei, în care produsele valoroase sunt obţinute prin intermediul reacţiilor biochimice sau sunt izolate din resurse naturale. Rezultatele preconizate au un caracter generic fiind aplicabile în alte domenii în care separarea şi purificarea joacă un rol important, cum ar fi procesarea alimentelor, produse (bio)farmaceutice, biocombustibili, etc. (Romanian)
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The scientific objective of the project is to obtain knowledge, in the form of conceptual models, regarding new high-efficiency technical systems for the separation and purification of valuable products from bio-resources. The project aims to exploit the synergy between physical and chemical phenomena occurring in multiphase biotechnology systems, where valuable products are obtained through biochemical reactions or isolated from natural resources. The expected results are generic in nature and are applicable in other areas where separation and purification play an important role, such as food processing, (bio)pharmaceuticals, biofuels, etc. (English)
16 September 2021
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Municipiul Bucureşti, Romania
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Identifiers
107714
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