XYLOFOREST

XYLOFOREST

EN

Xyloforest is a research, innovation and service platform for cultivated forest systems, products and materials. Its objective is to contribute to the adaptation of forest resources to climate change. Its scientific objective is to improve knowledge and implement innovative solutions to increase the use of wood in construction, improve wood quality and develop green chemistry. The scope covers the entire forest-wood chain: Xylomic: genomics and tree phenotyping Xylobiotech: forest biotechnologies Xylosylve: innovative silvicultural systems Xyloplate: advanced wood engineering Xylomat: Composite wood-based products and biosourced materials Xylochem: Wood chemistry and bio-refinery Xyloforest developed in 2011 following the call for projects “Equipement d'Excellence” of the future investment program (ANR-10-EQPX-16). The project is scheduled to end in 2020, and the grant received for its entire duration is €10.2 million. The aid is distributed among the various partners for the purchase of equipment. Each technical platform has a laboratory with specific equipment to host new collaborative projects. Laboratories can provide the scientific community with premises, or data and host measurement and experimental equipment. They can also contribute their experience for product and service developments (e.g. STRADIVERNIS project for the development of an industrial varnish based on rosin and vegetable oil from the Xylomat platform). The XYLOFOREST platform is a support for teaching on forests and wood with more than 130 students trained, including 57 doctoral students since 2013.

Rodzaj surowca drzewnego
Drewno okrągłe
Pochodzenie surowca drzewnego
Las
Potencjał dla mobilizacji drewna
High potential for mobilization (not quantified)
Rodzaj drewna
Stemwood
Potencjał dla zrównoważonego rozwoju
Very positive: purchase of innovative equipment to improve knowledge
Wpływ na środowisko i bioróżnorodność

Positive impact with equipment to assess the
environmental balance of silvicultural systems
(platforme Xylosylve)

Łatwość wdrożenia
Medium: purchase and use of new equipment, monitoring of devices and experiments
Wpływ na gospodarkę
NA
Efekty w zakresie zatrudnienia
Creation of jobs related to the new activities of the laboratories and many internships and theses related to the project
Efekty ekonomiczne
NA
Wymagana wiedza specjalistyczna
High technical and scientific knowledge
Kluczowe wymagania

NA

Główna kategoria
Badania i rozwój
Rozwiązanie cyfrowe
Nie
Innowacja
Nie
Kraj pochodzenia
Francja
Skala aplikacji
Krajowa
Rok rozpoczęcia i zakończenia
2011 - 2020
Dane kontaktowe
Właściciel lub twórca
Źródła i materiały
Projekt, w ramach którego stworzona została niniejsza fiszka
Rosewood