Q3700333 (Q3700333): Difference between revisions
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(Changed label, description and/or aliases in en: Setting new description) |
(Created claim: summary (P836): Dalkia and Ferropem are working together to design and implement a new integrated solution for the recovery and recovery of fatal heat from the furnaces of a silicon plant in Anglefort. The Whin project consists of the design, installation, operation and performance monitoring of a fatal heat recovery system (heat exchanger) coupled with a Rankine Organic Cycle (OCR) to recover nearly half of the heat lost and generate electricity. In addition,...) |
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Dalkia and Ferropem are working together to design and implement a new integrated solution for the recovery and recovery of fatal heat from the furnaces of a silicon plant in Anglefort. The Whin project consists of the design, installation, operation and performance monitoring of a fatal heat recovery system (heat exchanger) coupled with a Rankine Organic Cycle (OCR) to recover nearly half of the heat lost and generate electricity. In addition, it will be integrated into this project an innovative solution that will reduce the global warming potential of the fluids currently in use. (English) | |||||||||||||||
| Property / summary: Dalkia and Ferropem are working together to design and implement a new integrated solution for the recovery and recovery of fatal heat from the furnaces of a silicon plant in Anglefort. The Whin project consists of the design, installation, operation and performance monitoring of a fatal heat recovery system (heat exchanger) coupled with a Rankine Organic Cycle (OCR) to recover nearly half of the heat lost and generate electricity. In addition, it will be integrated into this project an innovative solution that will reduce the global warming potential of the fluids currently in use. (English) / rank | |||||||||||||||
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| Property / summary: Dalkia and Ferropem are working together to design and implement a new integrated solution for the recovery and recovery of fatal heat from the furnaces of a silicon plant in Anglefort. The Whin project consists of the design, installation, operation and performance monitoring of a fatal heat recovery system (heat exchanger) coupled with a Rankine Organic Cycle (OCR) to recover nearly half of the heat lost and generate electricity. In addition, it will be integrated into this project an innovative solution that will reduce the global warming potential of the fluids currently in use. (English) / qualifier | |||||||||||||||
point in time: 22 November 2021
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Revision as of 11:49, 22 November 2021
Project Q3700333 in France
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3700333 in France |
Statements
2,877,229.0 Euro
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6,393,842.0 Euro
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45.0 percent
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1 November 2017
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30 April 2021
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DALKIA
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Les entreprises Dalkia et Ferropem travaillent en collaboration afin de concevoir et mettre en place une nouvelle solution intégrée de valorisation et de récupération de la chaleur fatale des fours d’une usine de Silicium à Anglefort. Le projet Whin consiste à la conception, à l’installation, à l’opération et au suivi des performances d’un système de récupération de chaleur fatale (échangeur de chaleur) couplé à un Cycle Organique de Rankine (OCR) permettant de récupérer près de la moitié de la chaleur perdue et de générer de l’électricité. De plus il sera intégré à ce projet une solution innovante qui permettra de diminuer le potentiel de réchauffement climatique des fluides actuellement utilisés. (French)
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Dalkia and Ferropem are working together to design and implement a new integrated solution for the recovery and recovery of fatal heat from the furnaces of a silicon plant in Anglefort. The Whin project consists of the design, installation, operation and performance monitoring of a fatal heat recovery system (heat exchanger) coupled with a Rankine Organic Cycle (OCR) to recover nearly half of the heat lost and generate electricity. In addition, it will be integrated into this project an innovative solution that will reduce the global warming potential of the fluids currently in use. (English)
22 November 2021
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Identifiers
RA0015061
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