Development of an innovative catalytic system with a dynamic and structured structure for the reaction of ethylene. (Q79947): Difference between revisions
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(Created claim: summary (P836): The object of Anwil S.A. (hereinafter:The company, Anwil, Applicant), is to improve the efficiency of the production of di-chloroethane (EDC).Whereas this project acts as a reproduction of the area of contact between ethylene and saturated chloroethane of the 1,2 chloroethane by means of the & bdnquo; they are applied to the & core;the controlled evolving electromagnetic field will contribute to the fragmentation of the gas phase in the liquid p...) |
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| Property / summary | |||
The object of Anwil S.A. (hereinafter:The company, Anwil, Applicant), is to improve the efficiency of the production of di-chloroethane (EDC).Whereas this project acts as a reproduction of the area of contact between ethylene and saturated chloroethane of the 1,2 chloroethane by means of the & bdnquo; they are applied to the & core;the controlled evolving electromagnetic field will contribute to the fragmentation of the gas phase in the liquid phase in the reaction space, the reduction of higher chlorinated by-products, the reduction of the by-product produced per tonne of EDC produced and the problem of increasing the contact surface of the cross-feedstock of the reaction substrate will be addressed. (English) | |||
| Property / summary: The object of Anwil S.A. (hereinafter:The company, Anwil, Applicant), is to improve the efficiency of the production of di-chloroethane (EDC).Whereas this project acts as a reproduction of the area of contact between ethylene and saturated chloroethane of the 1,2 chloroethane by means of the & bdnquo; they are applied to the & core;the controlled evolving electromagnetic field will contribute to the fragmentation of the gas phase in the liquid phase in the reaction space, the reduction of higher chlorinated by-products, the reduction of the by-product produced per tonne of EDC produced and the problem of increasing the contact surface of the cross-feedstock of the reaction substrate will be addressed. (English) / rank | |||
Normal rank | |||
Revision as of 08:53, 4 March 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of an innovative catalytic system with a dynamic and structured structure for the reaction of ethylene. |
Project in Poland financed by DG Regio |
Statements
2,815,499.66 zloty
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6,458,265.52 zloty
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1,549,983.7247999997 Euro
0.24 Euro
13 January 2020
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43.6 percent
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1 April 2018
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31 March 2021
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ANWIL SPÓŁKA AKCYJNA
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52°39'56.2"N, 19°5'46.0"E
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Przedmiotem zaproponowanego przez Anwil S.A. (zwany dalej: Spółka, Anwil, Wnioskodawca) rozwiązania jest poprawa efektywności procesu produkcji di-chloroetanu (EDC). Projekt ten poprzez zwielokrotnienie powierzchni kontaktu międzyfazowego etylenu i nasyconego chlorem 1,2 dwuchloroetanu dzięki ruchowi „nanodrutów” kontrolowanemu zmiennym polem elektromagnetycznym przyczyni się do rozdrobnienie fazy gazowej w fazie ciekłej w przestrzeni reakcyjnej, zmniejszenia powstawania wyżej chlorowanych produktów ubocznych, zmniejszenie ilości powstałego ubocznego produktu na tonę wyprodukowanego EDC oraz rozwiązany zostanie problem zwiększenia powierzchni kontaktu międzyfazowego substratów reakcji. (Polish)
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The object of Anwil S.A. (hereinafter:The company, Anwil, Applicant), is to improve the efficiency of the production of di-chloroethane (EDC).Whereas this project acts as a reproduction of the area of contact between ethylene and saturated chloroethane of the 1,2 chloroethane by means of the & bdnquo; they are applied to the & core;the controlled evolving electromagnetic field will contribute to the fragmentation of the gas phase in the liquid phase in the reaction space, the reduction of higher chlorinated by-products, the reduction of the by-product produced per tonne of EDC produced and the problem of increasing the contact surface of the cross-feedstock of the reaction substrate will be addressed. (English)
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Identifiers
POIR.01.02.00-00-0048/17
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