New generation of butadiene rubbers (Q77726): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to develop and prepare for the innovative deployment of the global functionalised butadiene rubber (BR).The design of the project consists of the use of a specially designed functional link in the polymerisation process, capable of forming covalent bonds with a vulcanised rubber tube (silica).The functional link was drawn up as part of its own research activities in Synthos SA and is the subject of two patent applicat...) |
(Created claim: summary (P836): The aim of the Project is to develop and prepare for the implementation of innovative butadiene rubber (BR) in the world. The innovativeness of the project involves the use of a specially designed functional compound in the polymerisation process, capable of forming covalent bonds with a filler of vulcanisation mixture (silicon). The functional union has been developed as part of its own research work in Synthos SA and is the subject of two pate...) |
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The aim of the Project is to develop and prepare for the implementation of innovative butadiene rubber (BR) in the world. The innovativeness of the project involves the use of a specially designed functional compound in the polymerisation process, capable of forming covalent bonds with a filler of vulcanisation mixture (silicon). The functional union has been developed as part of its own research work in Synthos SA and is the subject of two patent applications with the EUP. Its ability to improve the interaction of the polymer – the filler was verified by application tests on a laboratory scale. The project envisages the construction of a demonstration installation to obtain a function union with a capacity of 250 t/year (Zad. 1. As part of the Zad. 2-3, using a demonstration installation, a butadiene rubber with a low isomeric structure will be developed. In the Zad. 4, based on the data collected in Zad. 1-3 and with the use of a functional compound derived from the demonstration installation for its synthesis, tests will be carried out for the production of modified butadiene rubbers on an industrial scale. Rubber obtained on a semi-technical and technical scale will be subjected to full validation in the internal laboratory and potential recipients. The new BR will be used for the production of tyres, which will significantly improve their performance – reduced fuel consumption, increased adhesion to wet surfaces and extended life, which will directly translate into economics and driving safety. Thanks to the increased glazing temperature compared to butadiene rubber produced by coordination polymerisation, the new rubber will also be used in competitive tyres. SA.41471(2015/X)Determination of aid Article 2EC No 651/2014 of 17 June2014 declaring the types of aid compatible in the application of Articles 107 and 108 of the Treaty OJ L 187/1 (English) | |||||||||||||||
| Property / summary: The aim of the Project is to develop and prepare for the implementation of innovative butadiene rubber (BR) in the world. The innovativeness of the project involves the use of a specially designed functional compound in the polymerisation process, capable of forming covalent bonds with a filler of vulcanisation mixture (silicon). The functional union has been developed as part of its own research work in Synthos SA and is the subject of two patent applications with the EUP. Its ability to improve the interaction of the polymer – the filler was verified by application tests on a laboratory scale. The project envisages the construction of a demonstration installation to obtain a function union with a capacity of 250 t/year (Zad. 1. As part of the Zad. 2-3, using a demonstration installation, a butadiene rubber with a low isomeric structure will be developed. In the Zad. 4, based on the data collected in Zad. 1-3 and with the use of a functional compound derived from the demonstration installation for its synthesis, tests will be carried out for the production of modified butadiene rubbers on an industrial scale. Rubber obtained on a semi-technical and technical scale will be subjected to full validation in the internal laboratory and potential recipients. The new BR will be used for the production of tyres, which will significantly improve their performance – reduced fuel consumption, increased adhesion to wet surfaces and extended life, which will directly translate into economics and driving safety. Thanks to the increased glazing temperature compared to butadiene rubber produced by coordination polymerisation, the new rubber will also be used in competitive tyres. SA.41471(2015/X)Determination of aid Article 2EC No 651/2014 of 17 June2014 declaring the types of aid compatible in the application of Articles 107 and 108 of the Treaty OJ L 187/1 (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The aim of the Project is to develop and prepare for the implementation of innovative butadiene rubber (BR) in the world. The innovativeness of the project involves the use of a specially designed functional compound in the polymerisation process, capable of forming covalent bonds with a filler of vulcanisation mixture (silicon). The functional union has been developed as part of its own research work in Synthos SA and is the subject of two patent applications with the EUP. Its ability to improve the interaction of the polymer – the filler was verified by application tests on a laboratory scale. The project envisages the construction of a demonstration installation to obtain a function union with a capacity of 250 t/year (Zad. 1. As part of the Zad. 2-3, using a demonstration installation, a butadiene rubber with a low isomeric structure will be developed. In the Zad. 4, based on the data collected in Zad. 1-3 and with the use of a functional compound derived from the demonstration installation for its synthesis, tests will be carried out for the production of modified butadiene rubbers on an industrial scale. Rubber obtained on a semi-technical and technical scale will be subjected to full validation in the internal laboratory and potential recipients. The new BR will be used for the production of tyres, which will significantly improve their performance – reduced fuel consumption, increased adhesion to wet surfaces and extended life, which will directly translate into economics and driving safety. Thanks to the increased glazing temperature compared to butadiene rubber produced by coordination polymerisation, the new rubber will also be used in competitive tyres. SA.41471(2015/X)Determination of aid Article 2EC No 651/2014 of 17 June2014 declaring the types of aid compatible in the application of Articles 107 and 108 of the Treaty OJ L 187/1 (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 10:06, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | New generation of butadiene rubbers |
Project in Poland financed by DG Regio |
Statements
28,880,484.8 zloty
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72,201,212.0 zloty
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40.0 percent
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1 October 2017
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30 June 2020
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SYNTHOS SPÓŁKA AKCYJNA
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50°2'1.3"N, 19°15'36.4"E
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Celem Projektu jest opracowanie i przygotowanie do wdrożenia innowacyjnego w skali światowej funkcjonalizowanego kauczuku butadienowego (BR). Innowacyjność Projektu polega na użyciu w procesie polimeryzacji specjalnie zaprojektowanego związku funkcyjnego, zdolnego do tworzenia wiązań kowalencyjnych z napełniaczem mieszanki wulkanizacyjnej (krzemionką). Związek funkcyjny został opracowany w ramach własnych prac badawczych w Synthos SA i jest przedmiotem dwóch zgłoszeń patentowych w EUP. Jego zdolność do poprawy interakcji polimer – napełniacz została zweryfikowana badaniami aplikacyjnymi w skali laboratoryjnej. W ramach Projektu przewiduje się budowę instalacji demonstracyjnej do otrzymywania związku funkcyjnego o wydajności 250 t/rok (Zad. 1). W ramach Zad. 2-3, przy wykorzystaniu instalacji demonstracyjnej, opracowany zostanie kauczuk butadienowy o niskiej zawartości struktury izomerycznej. W Zad. 4, w oparciu o dane procesowe zgromadzone w Zad. 1-3, a także przy użyciu związku funkcyjnego pochodzącego z instalacji demonstracyjnej służącej do jego syntezy, zostaną przeprowadzone testy otrzymywania modyfikowanych kauczuków butadienowych w skali przemysłowej. Kauczuki otrzymane na skali półtechnicznej oraz technicznej zostaną poddane pełnej walidacji w laboratorium wewnętrznym oraz u potencjalnych odbiorców. Nowy BR będzie wykorzystywany do produkcji opon, co pozwoli znacząco poprawić ich parametry użytkowe - zmniejszone zużycie paliwa, większą przyczepność do nawierzchni mokrych oraz wydłużony czas użytkowania, co bezpośrednio przełoży się na ekonomikę i bezpieczeństwo jazdy. Dzięki podwyższonej temperaturze zeszklenia w stosunku do kauczuków butadienowych wytwarzanych w procesie polimeryzacji koordynacyjnej, nowy kauczuk będzie miał zastosowanie również w oponach wyczynowych. SA.41471(2015/X)Przeznaczenie pomocy art. 2KE nr 651/2014 z dnia17czerwca2014 r. uznające rodzaje pomocy za zgodne w stosowaniu art. 107 i 108 Traktatu Dz.Urz.UEL187/1 (Polish)
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The aim of the Project is to develop and prepare for the implementation of innovative butadiene rubber (BR) in the world. The innovativeness of the project involves the use of a specially designed functional compound in the polymerisation process, capable of forming covalent bonds with a filler of vulcanisation mixture (silicon). The functional union has been developed as part of its own research work in Synthos SA and is the subject of two patent applications with the EUP. Its ability to improve the interaction of the polymer – the filler was verified by application tests on a laboratory scale. The project envisages the construction of a demonstration installation to obtain a function union with a capacity of 250 t/year (Zad. 1. As part of the Zad. 2-3, using a demonstration installation, a butadiene rubber with a low isomeric structure will be developed. In the Zad. 4, based on the data collected in Zad. 1-3 and with the use of a functional compound derived from the demonstration installation for its synthesis, tests will be carried out for the production of modified butadiene rubbers on an industrial scale. Rubber obtained on a semi-technical and technical scale will be subjected to full validation in the internal laboratory and potential recipients. The new BR will be used for the production of tyres, which will significantly improve their performance – reduced fuel consumption, increased adhesion to wet surfaces and extended life, which will directly translate into economics and driving safety. Thanks to the increased glazing temperature compared to butadiene rubber produced by coordination polymerisation, the new rubber will also be used in competitive tyres. SA.41471(2015/X)Determination of aid Article 2EC No 651/2014 of 17 June2014 declaring the types of aid compatible in the application of Articles 107 and 108 of the Treaty OJ L 187/1 (English)
14 October 2020
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Identifiers
POIR.01.01.01-00-0145/17
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