Industry 2030; Revolutionising manufacturing industry with Supercritical CO2 (Q3988847): Difference between revisions
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The aim of this knowledge development project is to develop and exchange knowledge with which the participating organisations can use supercritical CO2 (scCO2) as a green process technology for industrial production of sustainable chemicals. It is precisely in the North Netherlands region that the theme of scCO2 fits well with the companies present and the nature of the industry present. With the knowledge already present in the North of the Netherlands, it is the ideal location to start a large-scale project on scCO2. This investigates applications for various market players for scCO2, makes it possible to valorise knowledge, exploits the added value of crossovers in relation to the use of scCO2 in different sectors and technology areas, and creates a (international) knowledge centre for research and application of scCO2. The knowledge development and knowledge exchange within this ERDF 2018 Knowledge Development Project has been deployed from seven basic technological principles of scCO2 which makes it possible to bring the three basic technologies for extrusion (work package 1), extraction/impregnation (work package 2) and chemical modification (work package 3) to a higher level. Work Package 4 is designed in such a way that platform technology can be improved for the three specific basic technologies in which the seven basic principles are applied. This means that topics such as measuring viscosity in scCO2, the way to recycle CO2, the way to inject it into an extruder, the mass transfer and solubility models within work package 4 are shared between the project partners. By taking measurements and modelling new relationships are created and insights that could never have been obtained without this knowledge development project. The joint development and exchange of new industrially applicable scCO2 knowledge can bridge the knowledge gaps between the three basic technologies and develop a cross-sectoral scCO2 platform technology in the TRL line from TRL 3 to TRL 5 which will then lead to different valorisation projects within the three clusters of basic technologies in the TRL line from TRL 5 to TRL 6/7/8. The University of Groningen, supported by Asqa Subsidies, will carry out the management and overall project management for this knowledge development project. For the implementation of this knowledge development project, the University of Groningen will provide an extensive group of PhD candidates who support the various project partners in their innovation projects in work packages WP1 to WP3. Finally, this knowledge development project lays an important foundation for the emergence of future valorisation projects of companies in the North Netherlands that are not yet participating in this knowledge development project and are not yet familiar with the possibilities of scCO2. The University of Groningen, as the administrator of this grant application, sees a great added value in creating an international centre of expertise in the field of scCO2 from which new opportunities and initiatives for business in the Northern Netherlands can be created, developed or further developed. Future valorisation projects will be facilitated by the Competence Centre where the research infrastructure and accumulated expertise/knowledge built up within the knowledge development project is part of the Competence Centre. Within work package 5 of this knowledge development project, the participating companies and knowledge institutions want to make the necessary efforts to encourage other organisations to make more use of the platform technology because they can achieve many sustainability objectives and to realise a new way of thinking for the “2030 industry”. To inspire future generations, courses, workshops and congresses are organised, as well as lesson packages developed for secondary schools, and subsequent education. (English) | |||||||||||||||
| Property / summary: The aim of this knowledge development project is to develop and exchange knowledge with which the participating organisations can use supercritical CO2 (scCO2) as a green process technology for industrial production of sustainable chemicals. It is precisely in the North Netherlands region that the theme of scCO2 fits well with the companies present and the nature of the industry present. With the knowledge already present in the North of the Netherlands, it is the ideal location to start a large-scale project on scCO2. This investigates applications for various market players for scCO2, makes it possible to valorise knowledge, exploits the added value of crossovers in relation to the use of scCO2 in different sectors and technology areas, and creates a (international) knowledge centre for research and application of scCO2. The knowledge development and knowledge exchange within this ERDF 2018 Knowledge Development Project has been deployed from seven basic technological principles of scCO2 which makes it possible to bring the three basic technologies for extrusion (work package 1), extraction/impregnation (work package 2) and chemical modification (work package 3) to a higher level. Work Package 4 is designed in such a way that platform technology can be improved for the three specific basic technologies in which the seven basic principles are applied. This means that topics such as measuring viscosity in scCO2, the way to recycle CO2, the way to inject it into an extruder, the mass transfer and solubility models within work package 4 are shared between the project partners. By taking measurements and modelling new relationships are created and insights that could never have been obtained without this knowledge development project. The joint development and exchange of new industrially applicable scCO2 knowledge can bridge the knowledge gaps between the three basic technologies and develop a cross-sectoral scCO2 platform technology in the TRL line from TRL 3 to TRL 5 which will then lead to different valorisation projects within the three clusters of basic technologies in the TRL line from TRL 5 to TRL 6/7/8. The University of Groningen, supported by Asqa Subsidies, will carry out the management and overall project management for this knowledge development project. For the implementation of this knowledge development project, the University of Groningen will provide an extensive group of PhD candidates who support the various project partners in their innovation projects in work packages WP1 to WP3. Finally, this knowledge development project lays an important foundation for the emergence of future valorisation projects of companies in the North Netherlands that are not yet participating in this knowledge development project and are not yet familiar with the possibilities of scCO2. The University of Groningen, as the administrator of this grant application, sees a great added value in creating an international centre of expertise in the field of scCO2 from which new opportunities and initiatives for business in the Northern Netherlands can be created, developed or further developed. Future valorisation projects will be facilitated by the Competence Centre where the research infrastructure and accumulated expertise/knowledge built up within the knowledge development project is part of the Competence Centre. Within work package 5 of this knowledge development project, the participating companies and knowledge institutions want to make the necessary efforts to encourage other organisations to make more use of the platform technology because they can achieve many sustainability objectives and to realise a new way of thinking for the “2030 industry”. To inspire future generations, courses, workshops and congresses are organised, as well as lesson packages developed for secondary schools, and subsequent education. (English) / rank | |||||||||||||||
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| Property / summary: The aim of this knowledge development project is to develop and exchange knowledge with which the participating organisations can use supercritical CO2 (scCO2) as a green process technology for industrial production of sustainable chemicals. It is precisely in the North Netherlands region that the theme of scCO2 fits well with the companies present and the nature of the industry present. With the knowledge already present in the North of the Netherlands, it is the ideal location to start a large-scale project on scCO2. This investigates applications for various market players for scCO2, makes it possible to valorise knowledge, exploits the added value of crossovers in relation to the use of scCO2 in different sectors and technology areas, and creates a (international) knowledge centre for research and application of scCO2. The knowledge development and knowledge exchange within this ERDF 2018 Knowledge Development Project has been deployed from seven basic technological principles of scCO2 which makes it possible to bring the three basic technologies for extrusion (work package 1), extraction/impregnation (work package 2) and chemical modification (work package 3) to a higher level. Work Package 4 is designed in such a way that platform technology can be improved for the three specific basic technologies in which the seven basic principles are applied. This means that topics such as measuring viscosity in scCO2, the way to recycle CO2, the way to inject it into an extruder, the mass transfer and solubility models within work package 4 are shared between the project partners. By taking measurements and modelling new relationships are created and insights that could never have been obtained without this knowledge development project. The joint development and exchange of new industrially applicable scCO2 knowledge can bridge the knowledge gaps between the three basic technologies and develop a cross-sectoral scCO2 platform technology in the TRL line from TRL 3 to TRL 5 which will then lead to different valorisation projects within the three clusters of basic technologies in the TRL line from TRL 5 to TRL 6/7/8. The University of Groningen, supported by Asqa Subsidies, will carry out the management and overall project management for this knowledge development project. For the implementation of this knowledge development project, the University of Groningen will provide an extensive group of PhD candidates who support the various project partners in their innovation projects in work packages WP1 to WP3. Finally, this knowledge development project lays an important foundation for the emergence of future valorisation projects of companies in the North Netherlands that are not yet participating in this knowledge development project and are not yet familiar with the possibilities of scCO2. The University of Groningen, as the administrator of this grant application, sees a great added value in creating an international centre of expertise in the field of scCO2 from which new opportunities and initiatives for business in the Northern Netherlands can be created, developed or further developed. Future valorisation projects will be facilitated by the Competence Centre where the research infrastructure and accumulated expertise/knowledge built up within the knowledge development project is part of the Competence Centre. Within work package 5 of this knowledge development project, the participating companies and knowledge institutions want to make the necessary efforts to encourage other organisations to make more use of the platform technology because they can achieve many sustainability objectives and to realise a new way of thinking for the “2030 industry”. To inspire future generations, courses, workshops and congresses are organised, as well as lesson packages developed for secondary schools, and subsequent education. (English) / qualifier | |||||||||||||||
point in time: 15 December 2021
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Revision as of 06:19, 15 December 2021
Project Q3988847 in Netherlands
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Industry 2030; Revolutionising manufacturing industry with Supercritical CO2 |
Project Q3988847 in Netherlands |
Statements
8,384,055.02 Euro
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22,150,739.815 Euro
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37.85 percent
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12 August 2019
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11 August 2023
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Coöperatie AVEBE
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53°6'57.02"N, 6°53'25.66"E
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53°14'27.24"N, 6°31'58.26"E
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53°12'16.45"N, 6°36'29.52"E
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9640AA
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8000AP
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9645KZ
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9723TV
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1244 NR
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9482 PD
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9700AB
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9747AS
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9704CE
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Het doel van dit kennisontwikkelingsproject is het ontwikkelen en uitwisselen van kennis waarmee de deelnemende organisaties superkritisch CO2 (scCO2) als groene procestechnologie kunnen inzetten voor industriële productie van duurzame chemische producten. Juist in de regio Noord-Nederland sluit het thema van scCO2 goed aan bij de aanwezige bedrijven en de aard van de aanwezige industrie. Met de reeds aanwezige kennis in Noord-Nederland is het de ideale locatie om een grootschalig project omtrent scCO2 op te starten. Hiermee worden toepassingen voor diverse marktspelers voor scCO2 onderzocht, wordt kennis gevaloriseerd, wordt de meerwaarde van cross-overs met betrekking tot het gebruik van scCO2 in verschillende sectoren en technologiegebieden benut en kan een (internationaal) kenniscentrum voor onderzoek met en toepassing van scCO2 gerealiseerd worden. De kennisontwikkeling en kennisuitwisseling binnen dit EFRO 2018 Kennisontwikkelingsproject is ingestoken vanuit zeven fundamentele technologische basisprincipes van scCO2 waardoor het mogelijk wordt om de drie basistechnologieën voor extrusie (werkpakket 1), extractie/impregnatie (werkpakket 2) en chemische modificatie (werkpakket 3) naar een hoger niveau te brengen. Werkpakket 4 wordt zodanig vormgegeven dat de platformtechnologie verbeterd kan worden voor de drie specifieke basistechnologieën waarin de zeven basisprincipes toegepast worden. Dit betekent dat onderwerpen zoals het meten van de viscositeit in scCO2, de manier om CO2 te recycleren, de manier om het in een extruder te injecteren, de modellen voor massa-overdracht en oplosbaarheid binnen werkpakket 4 gedeeld worden tussen de projectpartners. Door het doen van metingen en het modelleren worden nieuwe relaties gelegd en inzichten verkregen die zonder dit kennisontwikkelingsproject nooit verkregen hadden kunnen worden. Door het gezamenlijk ontwikkelen en uitwisselen van nieuwe industrieel toepasbare kennis van scCO2 kunnen de kennisleemten tussen de drie basistechnologieën overbrugd worden en zal een sectoroverstijgende scCO2 platformtechnologie in de TRL-lijn van TRL 3 naar TRL 5 ontwikkeld worden die vervolgens zal leiden tot verschillende valorisatieprojecten binnen de drie clusters van basistechnologieën in de TRL-lijn van TRL 5 naar TRL 6/7/8. De Rijksuniversiteit Groningen, ondersteund door ASQA Subsidies, zal het penvoerderschap en algehele projectmanagement uitvoeren voor dit kennisontwikkelingsproject. De Rijksuniversiteit Groningen zal voor de uitvoering van dit kennisontwikkelingsproject een omvangrijke groep promovendi aanleveren die de verschillende projectpartners ondersteunen bij hun innovatieprojecten in werkpakketten WP1 t/m WP3. Tot slot wordt binnen dit kennisontwikkelingsproject een belangrijk fundament gelegd voor het ontstaan van toekomstige valorisatieprojecten van bedrijven in Noord-Nederland die nu nog niet deelnemen aan dit kennisontwikkelingsproject en nog niet bekend zijn met de mogelijkheden van scCO2. De Rijksuniversiteit Groningen als penvoerder van deze subsidieaanvraag ziet een grote meerwaarde in het realiseren van een internationaal kenniscentrum op het gebied van scCO2 van waaruit nieuwe kansen en initiatieven voor het bedrijfsleven in Noord-Nederland kunnen ontstaan, ontplooid of doorontwikkeld kunnen worden. Toekomstige valorisatieprojecten zullen door het kenniscentrum gefaciliteerd gaan worden waarbij de binnen het kennisontwikkelingsproject opgebouwde onderzoeksinfrastructuur en opgebouwde expertise/kennis onderdeel uitmaakt van het kenniscentrum. De deelnemende ondernemingen en kennisinstellingen willen binnen werkpakket 5 van dit kennisontwikkelingsproject de nodige inspanningen leveren om andere organisaties te enthousiasmeren om meer gebruik te maken van de platformtechnologie omdat hiermee veel duurzaamheidsdoelstellingen behaald kunnen worden en een nieuwe denkwijze voor de “industrie 2030” te realiseren. Om toekomstige generaties te kunnen enthousiasmeren worden cursussen, workshops en congressen georganiseerd alsmede lespakketten ontwikkeld voor op middelbare scholen, en het vervolgonderwijs daarna. (Dutch)
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The aim of this knowledge development project is to develop and exchange knowledge with which the participating organisations can use supercritical CO2 (scCO2) as a green process technology for industrial production of sustainable chemicals. It is precisely in the North Netherlands region that the theme of scCO2 fits well with the companies present and the nature of the industry present. With the knowledge already present in the North of the Netherlands, it is the ideal location to start a large-scale project on scCO2. This investigates applications for various market players for scCO2, makes it possible to valorise knowledge, exploits the added value of crossovers in relation to the use of scCO2 in different sectors and technology areas, and creates a (international) knowledge centre for research and application of scCO2. The knowledge development and knowledge exchange within this ERDF 2018 Knowledge Development Project has been deployed from seven basic technological principles of scCO2 which makes it possible to bring the three basic technologies for extrusion (work package 1), extraction/impregnation (work package 2) and chemical modification (work package 3) to a higher level. Work Package 4 is designed in such a way that platform technology can be improved for the three specific basic technologies in which the seven basic principles are applied. This means that topics such as measuring viscosity in scCO2, the way to recycle CO2, the way to inject it into an extruder, the mass transfer and solubility models within work package 4 are shared between the project partners. By taking measurements and modelling new relationships are created and insights that could never have been obtained without this knowledge development project. The joint development and exchange of new industrially applicable scCO2 knowledge can bridge the knowledge gaps between the three basic technologies and develop a cross-sectoral scCO2 platform technology in the TRL line from TRL 3 to TRL 5 which will then lead to different valorisation projects within the three clusters of basic technologies in the TRL line from TRL 5 to TRL 6/7/8. The University of Groningen, supported by Asqa Subsidies, will carry out the management and overall project management for this knowledge development project. For the implementation of this knowledge development project, the University of Groningen will provide an extensive group of PhD candidates who support the various project partners in their innovation projects in work packages WP1 to WP3. Finally, this knowledge development project lays an important foundation for the emergence of future valorisation projects of companies in the North Netherlands that are not yet participating in this knowledge development project and are not yet familiar with the possibilities of scCO2. The University of Groningen, as the administrator of this grant application, sees a great added value in creating an international centre of expertise in the field of scCO2 from which new opportunities and initiatives for business in the Northern Netherlands can be created, developed or further developed. Future valorisation projects will be facilitated by the Competence Centre where the research infrastructure and accumulated expertise/knowledge built up within the knowledge development project is part of the Competence Centre. Within work package 5 of this knowledge development project, the participating companies and knowledge institutions want to make the necessary efforts to encourage other organisations to make more use of the platform technology because they can achieve many sustainability objectives and to realise a new way of thinking for the “2030 industry”. To inspire future generations, courses, workshops and congresses are organised, as well as lesson packages developed for secondary schools, and subsequent education. (English)
15 December 2021
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Identifiers
OP-2014-2023-Noord-OPSNN0261
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