ENRESFOOD
Ensure resilience of the food supply chain against safety and security shocks
Introduction
ENRESFOOD is dedicated to strengthening food system resilience and sustainability against both unintentional and intentional food safety and security threats. The focus is on enabling a proactive and adaptive approach rather than a reactive crisis response. ENRESFOOD will enable early threat detection, scenario analysis, and a transparent choice of control measures increasing the resilience of the supply chain.
The area researched is the European Union (EU) with partners from the Netherlands, Germany, Austria, and Italy.
Food Safety; Resilience; Drivers of change; Green AI; Multi-criteria; Economics; Stakeholders
2026-2029
TRL: 4-6
Background
The availability, access, and safety of foods in the EU is generally high. Yet, the food system is volatile and vulnerable to food safety threats. With the current food risk management approach, controlling food safety threats is resource intensive and has negative impacts on the environment (e.g., food waste, lot of plastic needed). The main objective of ENRESFOOD is to increase the food system’s resilience by early identifying potential food safety threats, choosing resilience measures in a transparent manner, and improving the interaction between stakeholders to mitigate food safety threats.It is expected that food production will need to increase by more than 60% by 2050, while ensuring that everyone has access to sufficient healthy food. This is not possible with today’s food systems, which are already facing large sustainability issues. Moreover, more than 820 million people are currently starving, and a much higher number face malnutrition, obesity, and other diet-related issues. European strategies on food production and bioeconomy highlight increased use of marine renewable resources as well as microbially produced ingredients as key contributors to a more resilient and sustainable food system, and to the growing global bioeconomy. However, there is a still a need to demonstrate use of these novel ingredients in everyday foods for European consumers, as well as how they can be produced at large scale in an environmentally and economically feasible manner.
What we do
To increase the resilience of the food supply chain in practice, the project integrates five key activities:
Early identification of unintentional and intentional food safety threats via holistic drivers of change
Simulation modelling of control measures improving the resilience of the supply chain
The evaluation of societal, technical, and economic trade-offs of resilience strategies
Green AI, ensuring energy-efficient data analytics, and multi-model AI modelling approaches
The co-creation of a dashboard showing the results of the project together with stakeholders
Expected impact on food system transformation
The project dives into two use-cases, namely the unintentional mycotoxin contamination of the wheat supply chain and the intentional contamination of the baby milk powder supply chain. The ENRESFOOD project aims at making both supply chains less vulnerable to food safety threats. By having stakeholders with different perspectives interact and discuss the choice of control measures, balanced measures are chosen and the public trust in food governance is improved. Furthermore, stakeholder interaction foster learning and adaptation, also increasing the resilience of food supply chains.
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Fig3: Wheat supply chain
Implementation and plans to reach target groups
The ENRESFOOD dashboard will be co-created with relevant stakeholders. A stakeholder board of 20 stakeholders from sector organisations, policy makers, private companies, and researchers will be assembled. Through surveys and workshops, the content of the dashboard will be tailored to the wishes of the different stakeholders. The results of research in the project will be shared, discussed, and validated with the stakeholders.
Fig2: Infant_formular_supply _chain
Partners of the project
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Marlous Focker & Bas van der Velden, Wageningen Food Safety Research, The Netherlands
Mail: marlous.focker@wur.nl
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AIT Austrian Institute of Technology GmbH, Austria
University of the Bundeswehr Munich (Unibw M), Department of Social Sciences and Public Affairs, Germany
National Research Council of Italy (CNR), Italy
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NFR (NOR),
BMEL (DE), MUR (IT), NWO (NL)
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