EnXylaScope

[Translate to English:] Logo des Projektes Enxylascope

The EnXylaScope project aims to discover novel enzymes for debranching xylan, a polymer highly abundant in plants. Production systems will be optimised and the enzymes will be used to produce a range of consumer products. These could be a more sustainable bio-based alternative e.g. to synthetic polymers.

During the project, three types of enzymatically modified xylan will be produced and tested for six consumer products in the cosmetics, personal care and dietary supplements sectors. Advanced techniques will be used for the discovery, production and formulation of these enzymes. The project is designed so that maximal research outputs are achieved in the period and that the post-project timeframe for launching these products on the market is significantly reduced. EnXylaScope addresses the growing demand for greener bio-based products to replace less sustainable product components and therefore allowing for greener market options for the consumer.

A work package on integrated sustainability assessment analyses the environmental, economic and social sustainability and deduces recommendations on how to ensure a sustainable implementation of the technologies and products developed. ifeu leads this sustainability assessment work package and is responsible for the environmental, social and integrated sustainability assessment.

Runtime

May 2021 – April 2025

Funding

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 101000831

Partner

Coordination:

FUNDACION AITIIP (S)

In cooperation with:

Celignis Limited (IE)
Globaz, S.A. (PT)
Societe d’ exploitation de produits pour les industries chimiques SEPPIC SA (FR)
Divis Intelligent Solutions GmbH (DE)
Rise Research Institute of Sweden AB (SE)
Technische Universiteit Delft (NL)
Sintef AS (NO)
Kerry Ingredients (Ireland) Limited (IE)
Fermentationexperts AS (DK)
Lunds Universitet (SE)
Metgen OY (FI)

Further content:

Biomass