NoAW Research Summary Sheets
- System approach for agricultural waste valorisation (WP1)
- SWOT analysis on valorisation routes (WP1)
- Synthesis of the study on the market potential of NoAW biopolymers in agricultural applications (WP1)
- Human safety aspects of waste conversion process (WP1, based on D1.1.)
- Human safety aspects – indirect impacts through air-water-food (WP1 based on D1.1.)
- Human safety aspect of feedstock logistics (WP1 based on D1.1)
- GIS application for spatial / territorial analysis as support to Waste Management Plan (WMP) and Strategic Environmental Assessment (SEA) (WP1)
- Atlas Vine and wine biomass. Languedoc-Roussillon wine area – in English (WP1)
- Atlas of vine and wine biomass adapted to Languedoc-Roussillon region -in French (WP1)
- Upgrading agro-waste management strategies on regional basis around an existing technology: the anaerobic digestion and connected emerging technologies (WP3)
- AD Booster (WP3)
- Tools for sound use of digestate as fertilizer of arable crops (WP3)
- State of the art- State-of-the-art-Converting agricultural wastes into PHA using photosynthetic mixed cultures (WP4)
- Converting agricultural wastes into polyhydroxyalkanoates using photosynthetic mixed cultures (WP4)
- Valorization of condensed tannins from grape stalks and vine shoots (WP4)
- Eco-conversion of two winery lignocellulosic residues into fillers for the developement of PHBV-based lignocellulosic biocomposites (WP4)
- Valorization of the green waste parts from sweet potato (WP4)
- Succinic acid from fruit and vegetable wastes (WP4)
- Enabling the bioeconomy uptake with an approach to develop sustainable regional business concepts for co-products valorization (WP5)
- Market potential of NoAW waste-based and biodegradable mulch film (WP5)
- Market potential of NoAW waste-based and biodegradable horticultural pot (WP5)
