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Systemic large scale eco-innovation to advance circular economy and mineral recovery from organic waste in Europe

Project
SYSTEMIC aspires to demonstrate economically viable Circular Economy business cases for nutrient recovery and recycling from biowaste, thereby realizing a systemic break-through in the re-design of circular supply chains for mineral nutrients. At five Demonstration Plants, Systemic will demonstrate the effective combination of anaerobic digestion with novel nutrient recovery technologies (TRL 7) for producing valuable fertilizers and soil amendments from EU’s most abundant biowaste streams (manure, sewage sludge and food waste). Utilising existing business cases and logistic chains as a starting point, SYSTEMIC will develop enhanced Circular Economy business models and will demonstrate their commercial viability. Results will be transferred to ten Outreach Locations and used to formulate additional business opportunities for producing mineral nutrients and fertilizers for the regional market. Data on the economic performance, environmental benefits, and experiences on innovating within a Circular Economy framework will be made available via a Business Development Package to be used for further application in Europe. Emerging innovation barriers will be encountered along this process and addressed in policy recommendations. Experiences on barriers and opportunities will be synthesized into a roadmap which will facilitate the systemic roll-out of Circular Economy solutions for biowaste in Europe and enhances the economic competiveness of SMEs and industries. Systemic will be implemented as a true market driven and multi-actor public private partnership, where SMEs and industries plan to invest € 13.8 million in cash on top of the € 9.5 million Euro H2020 project budget (€ 7.86 million requested).
  • Overview
  • Publications

Overview

Contributors

ADANI FABRIZIO   Scientific Manager  

Departments involved

Dipartimento di Scienze Agrarie e Ambientali - Produzione, Territorio, Agroenergia   Principale  

Type

H20_RIA - Horizon 2020_Research & Innovation Action/Innovation Action

Funder

EUROPEAN COMMISSION
External Organization Funding Organization

Date/time interval

June 1, 2017 - May 31, 2021

Project duration

48 months

Publications

Outputs (4)

Environmental performance in the production and use of recovered fertilizers from organic wastes treated by anaerobic digestion vs. synthetic mineral fertilizers 
ACS SUSTAINABLE CHEMISTRY & ENGINEERING
AMERICAN CHEMICAL SOCIETY (ACS)
2022
Academic Article
Open Access
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Greenhouse gas emissions from a sandy loam soil amended with digestate-derived biobased fertilisers - A microcosm study 
APPLIED SOIL ECOLOGY
ELSEVIER
2022
Academic Article
Partially Open Access
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Thermophilic anaerobic digestion as suitable bioprocess producing organic and chemical renewable fertilizers : A full-scale approach 
WASTE MANAGEMENT
ELSEVIER
2021
Academic Article
Partially Open Access
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Solid fraction of separated digestate as soil improver : implications for soil fertility and carbon sequestration 
JOURNAL OF SOILS AND SEDIMENTS
SPRINGER
2020
Academic Article
Open Access
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