BBTWINS

Digital twins for the optimization of agrifood value chain processes and the supply of quality biomass for bio-processing

View website

Project details

Type of project: Research & Innovation Action
Project focus: Digital tool
Feedstock origin: Agri-food waste

Project period: 1 June 2021 - 31 May 2025
Status: In progress
CBE JU Contribution: € 4 053 706
Call identifier: H2020-BBI-JTI-2020

Summary

The EU is already the largest producer of food and drink in the world. Yet as the demand for food increases – and the need for EU food security grows – the agri-food sector is under increasing pressure. Food production systems need to become more efficient and productive, delivering nutritional, healthy food in greater quantities while at the same time addressing growing public demand to minimise any environmental impacts.

The solution to this challenge will in part be found through the deployment of digital solutions. The BBTWINS project will develop and validate a digital platform based on so-called ‘digital twin’ technology; this is a real-time digital replica of a physical process that can be examined, altered and tested without it interacting with it in the real world and avoiding negative consequences. Using two use cases – meat and fruit production – it will demonstrate how to integrate, in a single value chain, both the entire agri-food value chain (from crop to final product) and the feedstocks generated at all steps.

BBTWINS will combine blockchain, artificial intelligence (AI), machine learning, the Internet of Things (IoT) and data analytics in this single platform. This platform will be able to predict the optimal pre-treatment and pathway for each feedstock under varying conditions. In so doing, it will increase the biomass available, reduce biomass losses and increase biomass storage times without impacting quality.

The overall objective of the BBTWINS project is to demonstrate the viability and effectiveness of a ‘digital twin’ approach in enhancing the performance of agri-food value chains, as well as maximising the efficiency of the feedstocks produced in the process. Within this, it will pursue a number of other societal and environmental objectives.

From a societal perspective, the BBTWINS project will contribute to meeting the growing demand for quality food with greater efficiency through improving the quantity, quality, availability and sustainability of feedstock for bio-based operations. This will also improve the ability to model food production and adapt accordingly.
From an environmental and economic perspective, the project will help reduce existing waste – currently a major issue - by ensuring that feedstocks from production are used more efficiently, effectively and with less waste. This will be particularly valuable in the EU’s livestock sector. It will help maximise the use of existing resources while ensuring the highest level of circularity of use. By optimising transport routes and reducing the amount of biomass transported, it will also have significant impact on greenhouse gas emissions.

In addition, the BBTWINS project overall will also help boost the bio-based industries and the optimisation of agri-food value chains, as well as accelerating the digitisation of the agri-food sector.

In delivering its intended impacts, the BBTWINS project will deliver a significant advance in the use of technology in the agriculture sector, thus help pioneer the route for other value chains as a result.

In addition, it will also make contributions to specific BBI JU KPIs. It will:

establish a new cross-sectoral interconnection in the agri-food sector between the modelling and digitisation fields;
create a new bio-based value chain by exploring new, innovative technologies for valorising biomass, animal and plant by-products, to generate new value-added products; in the process is could create new by-products for a range of industries in ways not currently feasible;
contribute to the development and validation of innovative processing technologies for feedstock pre-treatment and storage, including combining microwave and infrared technologies, as well as ultrasound and supercritical fluids technologies;
see the development of new products, including fertilisers, proteins and fibre for animal and human foods.