Development of innovative production technologies, hybrid base oils obtained by the use of CO2 and/or polyalkylenes with improved performance. (Q78918): Difference between revisions
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(Removed claim: summary (P836): The subject matter of the research project in this proposal is research on the development of a technique for producing hybrid innovative base oils (‘BSI’) derived from the use of CO2 and/or polyalkylenes with improved performance (hereinafter:Draft).The project is in line with point 8.2 of the SoII.The purpose of the project is to obtain base oils for refrigeration compressors with improved compatibility with refrigerants, mainly with CO2 (no...) |
(Created claim: summary (P836): The research project presented in this proposal focuses on the development of technologies for the production of hybrid innovative base oils (Hiob) obtained using CO2 and/or polyalkylglycols with improved performance (hereinafter: The project). The project shall be entered in point 8.2 of SOBiRII. The aim of the Project is to obtain base oils for refrigerated compressors with improved compatibility with refrigerants – mainly CO2 (not excluding o...) |
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The research project presented in this proposal focuses on the development of technologies for the production of hybrid innovative base oils (Hiob) obtained using CO2 and/or polyalkylglycols with improved performance (hereinafter: The project). The project shall be entered in point 8.2 of SOBiRII. The aim of the Project is to obtain base oils for refrigerated compressors with improved compatibility with refrigerants – mainly CO2 (not excluding others) – characterised by biodegradability and blendability with mineral oils. The project will cover both industrial research and development. As part of the research of PCC Rokita S.A. (hereinafter: The applicant shall focus on the following 4 directions: 1. Development of PAG oil bases soluble in mineral oils; 2. Improving biodegradability while maintaining a high viscosity ratio above 180 in the range of 20-680 mm²/s at 40st C; 3. Development of refrigerated compressors oils with increased compatibility with refrigerants, mainly CO2 (R-744) (not excluding others) and additives improving the properties of mineral oils; 4. Development of PAG hybrid oil with CO2. The project will be divided into 3 stages: 1. Development of methods of synthesis in laboratory scale, 2. Testing of physico-chemical properties and determining the useful potential of the products obtained, 3. Work on increasing the scale of synthesis processes and application research. The main innovation element at global level will be the synthesis of new hybrid base oils with up to 20 % CO2. Intellectual property is not a barrier to the implementation of the project results. Products resulting from the implementation of the Project already exist (English) | |||||||||||||||
| Property / summary: The research project presented in this proposal focuses on the development of technologies for the production of hybrid innovative base oils (Hiob) obtained using CO2 and/or polyalkylglycols with improved performance (hereinafter: The project). The project shall be entered in point 8.2 of SOBiRII. The aim of the Project is to obtain base oils for refrigerated compressors with improved compatibility with refrigerants – mainly CO2 (not excluding others) – characterised by biodegradability and blendability with mineral oils. The project will cover both industrial research and development. As part of the research of PCC Rokita S.A. (hereinafter: The applicant shall focus on the following 4 directions: 1. Development of PAG oil bases soluble in mineral oils; 2. Improving biodegradability while maintaining a high viscosity ratio above 180 in the range of 20-680 mm²/s at 40st C; 3. Development of refrigerated compressors oils with increased compatibility with refrigerants, mainly CO2 (R-744) (not excluding others) and additives improving the properties of mineral oils; 4. Development of PAG hybrid oil with CO2. The project will be divided into 3 stages: 1. Development of methods of synthesis in laboratory scale, 2. Testing of physico-chemical properties and determining the useful potential of the products obtained, 3. Work on increasing the scale of synthesis processes and application research. The main innovation element at global level will be the synthesis of new hybrid base oils with up to 20 % CO2. Intellectual property is not a barrier to the implementation of the project results. Products resulting from the implementation of the Project already exist (English) / rank | |||||||||||||||
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| Property / summary: The research project presented in this proposal focuses on the development of technologies for the production of hybrid innovative base oils (Hiob) obtained using CO2 and/or polyalkylglycols with improved performance (hereinafter: The project). The project shall be entered in point 8.2 of SOBiRII. The aim of the Project is to obtain base oils for refrigerated compressors with improved compatibility with refrigerants – mainly CO2 (not excluding others) – characterised by biodegradability and blendability with mineral oils. The project will cover both industrial research and development. As part of the research of PCC Rokita S.A. (hereinafter: The applicant shall focus on the following 4 directions: 1. Development of PAG oil bases soluble in mineral oils; 2. Improving biodegradability while maintaining a high viscosity ratio above 180 in the range of 20-680 mm²/s at 40st C; 3. Development of refrigerated compressors oils with increased compatibility with refrigerants, mainly CO2 (R-744) (not excluding others) and additives improving the properties of mineral oils; 4. Development of PAG hybrid oil with CO2. The project will be divided into 3 stages: 1. Development of methods of synthesis in laboratory scale, 2. Testing of physico-chemical properties and determining the useful potential of the products obtained, 3. Work on increasing the scale of synthesis processes and application research. The main innovation element at global level will be the synthesis of new hybrid base oils with up to 20 % CO2. Intellectual property is not a barrier to the implementation of the project results. Products resulting from the implementation of the Project already exist (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 | Development of innovative production technologies, hybrid base oils obtained by the use of CO2 and/or polyalkylenes with improved performance. |
Project in Poland financed by DG Regio |
Statements
2,271,767.57 zloty
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4,066,132.81 zloty
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55.87 percent
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1 January 2017
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31 December 2019
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PCC ROKITA SPÓŁKA AKCYJNA
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51°15'41.0"N, 16°43'22.1"E
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Przedmiotem projektu badawczego przedstawionego w niniejszym wniosku są prace badawcze dotyczące opracowania technologii wytwarzania hybrydowych innowacyjnych olejów bazowych (HIOB) otrzymanych z zastosowaniem CO2 i /lub polialkilenoglikoli o polepszonych właściwościach użytkowych (dalej: Projekt). Projekt wpisuje się w pkt 8.2 SOBiRII. Celem Projektu ma być bowiem otrzymanie olejów bazowych do kompresorów chłodniczych o poprawionej kompatybilności z czynnikami chłodniczymi - głównie z CO2 (nie wykluczając innych) – charakteryzującymi się biodegradowalnością oraz mieszalnością z olejami mineralnymi. Projekt będzie obejmował zarówno badania przemysłowe, jak i prace rozwojowe. W ramach badań PCC Rokita S.A. (dalej: Wnioskodawca) skupi się na następujących 4 kierunkach: 1. Opracowaniu baz olejowych typu PAG rozpuszczalnych w olejach mineralnych; 2. Poprawie biodegradowalności przy jednoczesnym zachowaniu wysokiego wskaźnika lepkości powyżej 180 w zakresie 20-680 mm2/s w 40st C.; 3. Opracowaniu olejów do kompresorów chłodniczych o podwyższonej kompatybilności z czynnikami chłodniczymi, głównie CO2 (R-744) (nie wykluczając innych) oraz dodatków poprawiających właściwości olejów mineralnych; 4. Opracowaniu oleju hybrydowego PAG z udziałem CO2. Projekt zostanie podzielony na 3 etapy: 1. Opracowanie metod syntezy w skali laboratoryjnej, 2. Badania właściwości fizykochemicznych i określenie potencjału użytkowego otrzymanych produktów, 3. Prace nad zwiększeniem skali procesów syntezy i badania aplikacyjne. Głównym elementem innowacyjnym na poziomie światowym będzie synteza nowych hybrydowych olejów bazowych z zastosowaniem do 20 % CO2. Własność intelektualna nie stanowi bariery dla wdrożenia rezultatów Projektu. Na produkty powstałe w wyniku realizacji Projektu istnieje już obecnie zapotrzeb (Polish)
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The research project presented in this proposal focuses on the development of technologies for the production of hybrid innovative base oils (Hiob) obtained using CO2 and/or polyalkylglycols with improved performance (hereinafter: The project). The project shall be entered in point 8.2 of SOBiRII. The aim of the Project is to obtain base oils for refrigerated compressors with improved compatibility with refrigerants – mainly CO2 (not excluding others) – characterised by biodegradability and blendability with mineral oils. The project will cover both industrial research and development. As part of the research of PCC Rokita S.A. (hereinafter: The applicant shall focus on the following 4 directions: 1. Development of PAG oil bases soluble in mineral oils; 2. Improving biodegradability while maintaining a high viscosity ratio above 180 in the range of 20-680 mm²/s at 40st C; 3. Development of refrigerated compressors oils with increased compatibility with refrigerants, mainly CO2 (R-744) (not excluding others) and additives improving the properties of mineral oils; 4. Development of PAG hybrid oil with CO2. The project will be divided into 3 stages: 1. Development of methods of synthesis in laboratory scale, 2. Testing of physico-chemical properties and determining the useful potential of the products obtained, 3. Work on increasing the scale of synthesis processes and application research. The main innovation element at global level will be the synthesis of new hybrid base oils with up to 20 % CO2. Intellectual property is not a barrier to the implementation of the project results. Products resulting from the implementation of the Project already exist (English)
14 October 2020
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Identifiers
POIR.01.02.00-00-0035/16
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