Q3684477 (Q3684477): Difference between revisions
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(Changed an Item: importing one item from France) |
(Created claim: summary (P836): The BIP Colza project, led by CODEM, is a project selected by ADEME as part of its call for BIP projects. The partners are the agricultural association COOPENERGIE, UPOJV and Point P SA. Bip Colza aims to develop an industrial biomass conversion process for the manufacture of insulating fill blocks and supporting insulating blocks made of bio-based concrete, from a co-product of French rapeseed cultivation: straw aggregates, as an alternative t...) |
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The BIP Colza project, led by CODEM, is a project selected by ADEME as part of its call for BIP projects. The partners are the agricultural association COOPENERGIE, UPOJV and Point P SA. Bip Colza aims to develop an industrial biomass conversion process for the manufacture of insulating fill blocks and supporting insulating blocks made of bio-based concrete, from a co-product of French rapeseed cultivation: straw aggregates, as an alternative to sand and gravel, non-renewable resources. The aim is to expand the range of biobased products currently on the market while diversifying the biomass mobilised for bio-based concretes, mainly from hemp and wood today. The whole project will be developed through an eco-design approach integrated with the partners and the monitoring of environmental indicators across the application value chain. The model developed must be transposable, integrated and competitive and meet demanding industrial specifications in order to achieve promising technical, economic and environmental results. (English) | |||||||||||||||
| Property / summary: The BIP Colza project, led by CODEM, is a project selected by ADEME as part of its call for BIP projects. The partners are the agricultural association COOPENERGIE, UPOJV and Point P SA. Bip Colza aims to develop an industrial biomass conversion process for the manufacture of insulating fill blocks and supporting insulating blocks made of bio-based concrete, from a co-product of French rapeseed cultivation: straw aggregates, as an alternative to sand and gravel, non-renewable resources. The aim is to expand the range of biobased products currently on the market while diversifying the biomass mobilised for bio-based concretes, mainly from hemp and wood today. The whole project will be developed through an eco-design approach integrated with the partners and the monitoring of environmental indicators across the application value chain. The model developed must be transposable, integrated and competitive and meet demanding industrial specifications in order to achieve promising technical, economic and environmental results. (English) / rank | |||||||||||||||
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| Property / summary: The BIP Colza project, led by CODEM, is a project selected by ADEME as part of its call for BIP projects. The partners are the agricultural association COOPENERGIE, UPOJV and Point P SA. Bip Colza aims to develop an industrial biomass conversion process for the manufacture of insulating fill blocks and supporting insulating blocks made of bio-based concrete, from a co-product of French rapeseed cultivation: straw aggregates, as an alternative to sand and gravel, non-renewable resources. The aim is to expand the range of biobased products currently on the market while diversifying the biomass mobilised for bio-based concretes, mainly from hemp and wood today. The whole project will be developed through an eco-design approach integrated with the partners and the monitoring of environmental indicators across the application value chain. The model developed must be transposable, integrated and competitive and meet demanding industrial specifications in order to achieve promising technical, economic and environmental results. (English) / qualifier | |||||||||||||||
point in time: 18 November 2021
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Revision as of 17:50, 18 November 2021
Project Q3684477 in France
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3684477 in France |
Statements
46,296.3 Euro
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92,592.6 Euro
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50.0 percent
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1 December 2018
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30 May 2022
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UNIVERSITE AMIENS PICARDIE JULES VERNE
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Le projet BIP Colza, porté par le CODEM est un projet retenu par l'ADEME dans le cadre de son appel à projets BIP. Les partenaires sont l'association agricole COOPENERGIE, l'UPJV et la société Point P SA. BIP Colza a pour objet le développement d’un procédé industriel de conversion de la biomasse pour la fabrication de blocs isolants de remplissage et de blocs isolants porteurs en béton biosourcé, à partir d’un co-produit de la culture française du colza : les granulats de paille, en substitution aux sables et graviers, ressources non renouvelables. L’objectif est d’élargir la gamme de produits biosourcés actuellement sur le marché tout en diversifiant la biomasse mobilisée pour les bétons biosourcés, essentiellement à partir de chanvre et de bois aujourd’hui. L’ensemble du projet sera développé via une démarche d’éco-conception intégrée aux partenaires et le suivi d’indicateurs environnementaux sur l’ensemble de la chaîne de valeur des applications. Le modèle développé se doit d'être transposable, intégré et compétitif et répondre à des cahiers des charges industriels exigeants afin d’obtenir des résultats prometteurs à la fois sur les plans techniques, économiques et environnementaux. (French)
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The BIP Colza project, led by CODEM, is a project selected by ADEME as part of its call for BIP projects. The partners are the agricultural association COOPENERGIE, UPOJV and Point P SA. Bip Colza aims to develop an industrial biomass conversion process for the manufacture of insulating fill blocks and supporting insulating blocks made of bio-based concrete, from a co-product of French rapeseed cultivation: straw aggregates, as an alternative to sand and gravel, non-renewable resources. The aim is to expand the range of biobased products currently on the market while diversifying the biomass mobilised for bio-based concretes, mainly from hemp and wood today. The whole project will be developed through an eco-design approach integrated with the partners and the monitoring of environmental indicators across the application value chain. The model developed must be transposable, integrated and competitive and meet demanding industrial specifications in order to achieve promising technical, economic and environmental results. (English)
18 November 2021
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Identifiers
PI0020744
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