Low Carbon Footprint Materials — BIOMAT_2_Materia Nova (Q4027452): Difference between revisions

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(‎Changed label, description and/or aliases in en: translated_label)
(‎Created claim: summary (P836): Development of a research project in the field of the design of new types and grades of high performance and high durability bioplastics, starting from building bricks from unvalued (biobraic) plant resources, through intensified production, extraction and processing methods that reduce the carbon footprint., translated_summary)
Property / summary
 
Development of a research project in the field of the design of new types and grades of high performance and high durability bioplastics, starting from building bricks from unvalued (biobraic) plant resources, through intensified production, extraction and processing methods that reduce the carbon footprint. (English)
Property / summary: Development of a research project in the field of the design of new types and grades of high performance and high durability bioplastics, starting from building bricks from unvalued (biobraic) plant resources, through intensified production, extraction and processing methods that reduce the carbon footprint. (English) / rank
 
Normal rank
Property / summary: Development of a research project in the field of the design of new types and grades of high performance and high durability bioplastics, starting from building bricks from unvalued (biobraic) plant resources, through intensified production, extraction and processing methods that reduce the carbon footprint. (English) / qualifier
 
point in time: 17 January 2022
Timestamp+2022-01-17T00:00:00Z
Timezone+00:00
CalendarGregorian
Precision1 day
Before0
After0

Revision as of 21:01, 17 January 2022

Project Q4027452 in Belgium
Language Label Description Also known as
English
Low Carbon Footprint Materials — BIOMAT_2_Materia Nova
Project Q4027452 in Belgium

    Statements

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    541,394.14 Euro
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    1,353,485.34 Euro
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    40.0 percent
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    15 May 2014
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    31 December 2023
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    MATERIA NOVA
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    50°27'14.72"N, 3°56'56.83"E
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    7000
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    Développement d'un projet de recherche dans le domaine de la conception de nouveaux types et grades de bioplastiques à hautes performances et de durabilité élevée, au départ de briques de construction issues de ressources végétales non valorisées (biobrique), via des méthodes de production, d'extraction et de transformation intensifiées qui permettent une réduction de l'empreinte carbone. (French)
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    Development of a research project in the field of the design of new types and grades of high performance and high durability bioplastics, starting from building bricks from unvalued (biobraic) plant resources, through intensified production, extraction and processing methods that reduce the carbon footprint. (English)
    17 January 2022
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    Identifiers

    WAL-3281
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