The technology for the production of propylene nutrient on pharmaceutical quality. (Q79934): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to develop an innovative technology for the production of propylene nutrient purity for the pharmaceutical purity of the waste product of the biofuel industry, which is glycerine.The project involves product streaming, where the waste product is transformed into valuable products, in this case propylene glycol with a pharmaceutical purity, which can be used in both cosmetic products, personal protection as well as foo...) |
(Created claim: summary (P836): The aim of the project is to develop an innovative technology for the production of propylene bioglycol with pharmaceutical purity from the waste product of the biofuel industry, which is glycerin. The project involves product downstreaming, where the waste product is processed into valuable products, in this case, for pharmaceutical purity propylene glycol, which can be used in cosmetic products, personal protection as well as for food purposes...) |
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The aim of the project is to develop an innovative technology for the production of propylene bioglycol with pharmaceutical purity from the waste product of the biofuel industry, which is glycerin. The project involves product downstreaming, where the waste product is processed into valuable products, in this case, for pharmaceutical purity propylene glycol, which can be used in cosmetic products, personal protection as well as for food purposes. The project assumes the development of a new method based on the heterogeneous catalyst developed in ICSO. Currently, propylene glycol is produced from petrochemical products, where first propylene is converted to propylene oxide and then hydrated to propylene glycol. The technology developed in ICSO is a one-stage method, where the reactor has direct, two-stage hydrogenolysis of glycerin to propylene glycol with high efficiency and selectivity, followed by the hydrogenation product being separated from the catalyst and purified by distillation methods. The new technology is based on the assumptions of technology patented by ICSO for the production of propylene glycol with technical purity. The result of the project is the presentation and execution of demonstration batches of the product on a pilot scale using an improved, modified quarter-technical hydrogenation system. The results obtained will confirm the results obtained on the laboratory scale and allow to minimise investment risk by potential clients. The developed technology will become the property of ICSO, where the rights to technology will be sold under license. (English) | |||||||||||||||
| Property / summary: The aim of the project is to develop an innovative technology for the production of propylene bioglycol with pharmaceutical purity from the waste product of the biofuel industry, which is glycerin. The project involves product downstreaming, where the waste product is processed into valuable products, in this case, for pharmaceutical purity propylene glycol, which can be used in cosmetic products, personal protection as well as for food purposes. The project assumes the development of a new method based on the heterogeneous catalyst developed in ICSO. Currently, propylene glycol is produced from petrochemical products, where first propylene is converted to propylene oxide and then hydrated to propylene glycol. The technology developed in ICSO is a one-stage method, where the reactor has direct, two-stage hydrogenolysis of glycerin to propylene glycol with high efficiency and selectivity, followed by the hydrogenation product being separated from the catalyst and purified by distillation methods. The new technology is based on the assumptions of technology patented by ICSO for the production of propylene glycol with technical purity. The result of the project is the presentation and execution of demonstration batches of the product on a pilot scale using an improved, modified quarter-technical hydrogenation system. The results obtained will confirm the results obtained on the laboratory scale and allow to minimise investment risk by potential clients. The developed technology will become the property of ICSO, where the rights to technology will be sold under license. (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to develop an innovative technology for the production of propylene bioglycol with pharmaceutical purity from the waste product of the biofuel industry, which is glycerin. The project involves product downstreaming, where the waste product is processed into valuable products, in this case, for pharmaceutical purity propylene glycol, which can be used in cosmetic products, personal protection as well as for food purposes. The project assumes the development of a new method based on the heterogeneous catalyst developed in ICSO. Currently, propylene glycol is produced from petrochemical products, where first propylene is converted to propylene oxide and then hydrated to propylene glycol. The technology developed in ICSO is a one-stage method, where the reactor has direct, two-stage hydrogenolysis of glycerin to propylene glycol with high efficiency and selectivity, followed by the hydrogenation product being separated from the catalyst and purified by distillation methods. The new technology is based on the assumptions of technology patented by ICSO for the production of propylene glycol with technical purity. The result of the project is the presentation and execution of demonstration batches of the product on a pilot scale using an improved, modified quarter-technical hydrogenation system. The results obtained will confirm the results obtained on the laboratory scale and allow to minimise investment risk by potential clients. The developed technology will become the property of ICSO, where the rights to technology will be sold under license. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 10:33, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The technology for the production of propylene nutrient on pharmaceutical quality. |
Project in Poland financed by DG Regio |
Statements
4,068,185.76 zloty
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6,412,126.23 zloty
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63.45 percent
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1 January 2018
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31 December 2020
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INSTYTUT CIĘŻKIEJ SYNTEZY ORGANICZNEJ "BLACHOWNIA"
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50°20'43.8"N, 18°14'41.3"E
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Celem projektu jest opracowanie innowacyjnej technologii wytwarzania bioglikolu propylenowego o czystości farmaceutycznej z odpadowego produktu przemysłu biopaliw, jakim jest gliceryna. Projekt zakłada downstreaming produktowy, gdzie produkt odpadowy jest przetwarzany do cennych produktów, w tym przypadku do glikolu propylenowego o czystości farmaceutycznej, który może być stosowany zarówno w produktach kosmetycznych, ochrony osobistej jak również do celów spożywczych. Projekt zakłada opracowanie nowej metody bazującej na opracowanym w ICSO, dedykowanym do tego procesu katalizatorze heterogenicznym. Obecnie glikol propylenowy produkowany jest z produktów pochodzenia petrochemicznego, gdzie najpierw propylen jest przekształcany w tlenek propylenu, a następnie uwadniany do glikolu propylenowego. Opracowana w ICSO technologia jest metodą jednoetapową, gdzie w reaktorze następuje bezpośrednia, dwuetapowa hydrogenoliza gliceryny do glikolu propylenowego z wysoką wydajnością i selektywnością, a następnie produkt uwodornienia jest oddzielany od katalizatora i oczyszczany metodami destylacyjnymi. Nowa technologia bazuje na założeniach opatentowanej przez ICSO technologii wytwarzania glikolu propylenowego o czystości technicznej. Rezultatem projektu jest prezentacja i wykonanie demonstracyjnych partii produktu w skali pilotażowej z wykorzystaniem ulepszonej, zmodyfikowanej ćwierćtechnicznej instalacji uwodornień. Uzyskane wyniki badań będą potwierdzeniem wyników uzyskanych w skali laboratoryjnej i pozwolą na minimalizację ryzyka inwestycyjnego przez potencjalnych klientów. Opracowana technologia stanie się własnością ICSO, gdzie prawa do technologii będą sprzedawane na podstawie licencji. (Polish)
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The aim of the project is to develop an innovative technology for the production of propylene bioglycol with pharmaceutical purity from the waste product of the biofuel industry, which is glycerin. The project involves product downstreaming, where the waste product is processed into valuable products, in this case, for pharmaceutical purity propylene glycol, which can be used in cosmetic products, personal protection as well as for food purposes. The project assumes the development of a new method based on the heterogeneous catalyst developed in ICSO. Currently, propylene glycol is produced from petrochemical products, where first propylene is converted to propylene oxide and then hydrated to propylene glycol. The technology developed in ICSO is a one-stage method, where the reactor has direct, two-stage hydrogenolysis of glycerin to propylene glycol with high efficiency and selectivity, followed by the hydrogenation product being separated from the catalyst and purified by distillation methods. The new technology is based on the assumptions of technology patented by ICSO for the production of propylene glycol with technical purity. The result of the project is the presentation and execution of demonstration batches of the product on a pilot scale using an improved, modified quarter-technical hydrogenation system. The results obtained will confirm the results obtained on the laboratory scale and allow to minimise investment risk by potential clients. The developed technology will become the property of ICSO, where the rights to technology will be sold under license. (English)
14 October 2020
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Identifiers
POIR.01.02.00-00-0041/17
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