• Addressing the process and technologies needed to use food waste for feed and feed additives production at low cost, low energy consumption with maximal valorization of starting waste materials
• Investigating nutritional value and functionality according to animal needs, as well as safety and quality issues
• Characterizing nutritional value of food wastes and to investigate innovative technologies to stabilize and convert them into suitable raw materials for bulk feed
• Obtaining functional feed ingredients (additives) from wastes addressing cost and functionality in animals

• Investigation of innovative processing technologies for bulk feed ingredients
• Validation of all initiatives in in-vitro tests
• ETV certification for innovative feed preparation technologies
• Evaluation of the whole value chain starting from cradle to animal farm including exploitable products through a two-tier LCA study

• Innovative conditioning and drying technologies
• Processing technologies for extracts, pectins and peptide preparation

• Specific impact of the NOSHAN Project is to turn food waste into feed at low cost and low energy consumption
• n a greater scale, turning agricultural waste into animal feed opens up new opportunities fo farmers while cutting Europe’s dependence on feed imports
• NOSHAN concept will particularly be welcome in rural areas where feed industry is a powerful economic engine
• NOSHAN products has direct environmental benefits in terms of carbon emissions, land use and ecotoxicity

Work Package Leader

• Sustainability assesment and support to eco design for the process
• Life cycle assessment to evaluate exploitable final products