Bioeconomy | ESA Space Solutions

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Overview

SPACE FOR THE BIOECONOMY

Supporting sustainable and circular practices in the bioeconomy through space

The bioeconomy is a dynamic and progressive field that brings together technological advancements, policy frameworks, and innovative practices to promote a sustainable future trajectory for our economy. It is defined as the sustainable production, utilisation, and conservation of biological resources—such as crops, woody biomass, algae, and marine organisms—encompassing knowledge, science, technology, and innovation to deliver sustainable solutions across all economic sectors.

Driven by increased environmental awareness and promising economic opportunities, the bioeconomy leverages renewable biological resources and new technologies to reduce dependence on fossil fuels, mitigate climate change, and promote resource efficiency. It plays a crucial role in achieving the UN Sustainable Development Goals (SDGs) and the climate change targets, while also stimulating knowledge-based economic growth, generating employment, fostering innovation, enhancing community development, and improving food security and health.

Vision

ESA's Business Applications and Space Solutions (BASS) programme sees a future where innovative space-based technologies revolutionise sustainability in the bioeconomy.

By fostering technological advancements and nurturing cross-sectoral collaborations, we aim to contribute to a circular society that meets global needs for food, energy, and resources.

Our commitment extends to preserving ecosystems and achieving net-zero emissions, ensuring a sustainable and prosperous planet for generations to come.

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Challenges

The challenges facing the bioeconomy are many and varied. Space technologies are helping address some of the major topics including:


Sustainable Agriculture	Sustainable Forestry	Sustainable Pharmaceuticals
Crop management and resilience Precision agriculture Soil health and fertility Irrigation efficiency Pest and disease management Agri-tech solutions Farm financial services Sustainable farming	Pests and disease management Soil recovery and preservation (Wild)fire, flooding and other natural disaster mitigation Carbon trading Carbon capture & Biomass estimation Biomass as a fuel	JIT services to reduce number of outdated drugs Collection of expired drugs Tracking effects associated with correct disposal of expired drugs Reducing environmental impact of manufacturing Machinery assessments Optimising energy requirements


Sustainable Textiles	Waste Management	Water Resources
Sustainable fibre production Textile recycling and upcycling Energy efficiency in textile manufacturing Waste management and reduction Innovative bio-based textiles Sustainable supply chain Water reduction	Recycling and resource recovery Organic waste management Hazardous waste management Waste-to-energy technologies EPR tools Electronic waste management Plastic pollution and microplastics management	Digitising water basins to improve water resilience Large scale monitoring solutions Water sustainability Reduced water footprint Improved resource efficiency Net positive water impact

How can space help the bioeconomy?

Space-based services and digitisation technologies are frequently viewed as a key driver in transforming productive sectors of the bioeconomy. Some of the many use cases of space assets include:

Satellite Communications (Satcom)

Applications in the bioeconomy sector can use satcom technology to:

provide internet access to rural and remote agriculture, silviculture, and fisheries
integrate satellite data with IoT sensors for real-time monitoring and management of farm operations
support automated equipment and machinery
help producers and farmers access market prices, weather forecasts, and best practices through mobile and internet services
connect producers with buyers and suppliers to streamline the supply chain
automate irrigation systems based on soil moisture data and weather predictions

Global Navigation Satellite System (GNSS/Satnav)

Satnav systems can help with many aspects of the bioeconomy by:

using GPS collars and IoT sensors to monitor livestock health, location, and behaviour
using machine learning algorithms to optimize planting schedules and crop rotation plans
optimising waste collection services
enhancing traceability and transparency in the supply chain through leveraging blockchain technology, tracking product lifecycles
ensuring authenticity and quality of organic and sustainably produced goods

Satellite Earth Observation (SatEO) and Remote Sensing (RS)

SatEO and RS can be used to:

assess crop / forest health, detection of diseases, and prediction of yields
monitor soil moisture levels and optimization of irrigation
track deforestation, desertification, and biodiversity loss
monitor water quality and levels in reservoirs and rivers
support climate change mitigation efforts by providing advanced analytics for yield prediction and risk management across productive sectors
identify and monitor landfill sites suitable for methane capture

Socio-economic Impact

Over the past ten years, around 50% of the BASS Portfolio has been driven by the Green Transformation and this number is growing rapidly.

Bioeconomy Initiatives

From sustainable agriculture, forestry, fisheries, and bioenergy production, the impact of space technology has massive potential. ESA has supported numerous projects in recent years, helping to transform various sectors of the bioeconomy.

Bioeconomy Task Force

ESA will officially launch the Sustainable Bioeconomy Task Force in October 2024. Its main focus will be to bring key stakeholders from the various bioeconomy sectors together for the purpose of addressing the challenges of the bioeconomy's sector towards sustainability.

Work with us

We work closely with a wide range of stakeholders across multiple sectors to deliver innovative solutions to the challenges facing the bioeconomy. These include users, service providers, institutions, investors and more.

To find out more about ESA's work with the bioeconomy or to get involved please contact the bioeconomy team lead, Beatrice Barresi, on beatrice.barresi@esa.int.