Question 1

What EU grants are available for the Chemistry sector?

Accepted Answer

The European Commission offers a wide range of funding opportunities specifically designed for the Chemistry sector. These include grants through Horizon Europe (the EU's flagship research and innovation programme with a budget of €95.5 billion), the European Innovation Council (EIC) which provides funding for breakthrough innovations, and various sector-specific initiatives. Funding types range from Research and Innovation Actions (RIA) with 100% funding rates, to Innovation Actions (IA) with 70% funding for companies, and Coordination and Support Actions (CSA) for networking and coordination activities. Our database helps you find grants that match your organization's specific needs, project stage, and funding requirements.

Question 2

How do I apply for Chemistry grants from the EU?

Accepted Answer

Applying for EU grants in the Chemistry sector involves several key steps. First, use Grantalist to identify suitable open calls that match your project idea and organization type. Next, carefully review the call documentation, including eligibility criteria, evaluation criteria, and the work programme. Most EU grants require you to form a consortium with partners from at least 3 different EU member states or associated countries. Once ready, you'll submit your proposal through the EU Funding & Tenders Portal, which includes a detailed description of your project, work packages, budget breakdown, and impact assessment. The evaluation process typically takes 3-5 months, after which successful applicants enter grant agreement preparation. We recommend starting your application at least 2-3 months before the deadline.

Question 3

What is the typical funding amount for Chemistry EU grants?

Accepted Answer

EU grants for the Chemistry sector offer diverse funding levels depending on the programme and action type. Small-scale grants through programmes like EIC Accelerator can start from €500,000 up to €2.5 million in grant funding, plus up to €15 million in equity investment. Collaborative research projects under Horizon Europe typically range from €3 million to €10 million for standard projects, while some large-scale flagship initiatives can exceed €20 million. SMEs and startups often benefit from higher funding rates (up to 70% for Innovation Actions compared to large companies) and access to specialized instruments. The exact amount depends on the specific call topic, project scope, consortium size, and type of activities proposed.

Question 4

Who is eligible for Chemistry EU grants?

Accepted Answer

Eligibility for Chemistry EU grants extends to a wide range of organizations. Legal entities from EU member states and associated countries (including the UK for some programmes, Norway, Switzerland, and others) are typically eligible. This includes universities and research institutions, large enterprises and multinational corporations, small and medium-sized enterprises (SMEs) with fewer than 250 employees, startups and scale-ups, public bodies and NGOs, and international organizations. Some calls specifically target certain organization types, such as SME-only calls or academic-focused research grants. Third-country participation is possible in many programmes, though often without EU funding.

EU Grants for Chemistry

Completion of the initial Network of European Digital Innovation Hubs

Data Space for Manufacturing

Consolidation of the Network of European Digital Innovation Hubs (EDIHs with reinforced AI focus)

Global collaboration action for the development of TB drugs for therapy and chemoprophylaxis in adults and children in sub-Saharan Africa

Development of safe and sustainable alternatives to substances of concern (IA)

Development of direct recycling processes (BATT4EU Partnership)

Next generation of renewable energy technologies

Living labs to enhance soil health in Alpine and Atlantic biogeographical regions

Energy-efficient software-defined EVs (2ZERO Partnership)

Living labs to enhance soil health in managed forests and in natural/semi-natural lands

Boosting circularity and diversification strategies of terrestrial livestock production systems

Towards more effective, fair and coherent policies for climate change mitigation and adaptation in agriculture and forestry

Non-exhaust emissions in road and railway transport

Towards the water infrastructures of the future

Tackling pesticide resistance: early detection, management strategies, and foresight

New or enhanced Innovative Advanced Materials (IAM) enabled sensing functionality (RIA)

Pre-Normative Research on hydrogen odorisation: enhancing safety and detection along the hydrogen value chain

Sustainable hydrogen production from renewable gases and biogenic waste sources through innovative modular reactor design, process intensification and integration

Flexible and standardised hydrogen storage system

Next generation climate monitoring and related capabilities

Next generation of reversible proton conducting ceramic cells and stacks for efficient energy applications at ≥1 kW scale

Innovative business models advancing renewable electrolysis integration in industry

Fuel-flexible gas turbine combustion technology for clean and efficient ammonia firing

Improved components and tools to increase the safety of electrolysers

Development and validation of innovative approaches, catalysts, electrolytes and components for electrolysis technologies based on low-quality water

Open topic: Using the Circular Cities and Regions Initiative to strengthen urban manufacturing in support of the Clean Industrial Deal

Mainstreaming and scaling-up evidence-based Nature-Based Solutions towards a nature positive and climate-resilient economy

Integrating New Approach Methodologies (NAMs) to advance biomedical research and regulatory testing

Decontaminate and bioremediate aquatic pollution

Thematic Networks of Excellence for AI in Science – Agriculture and Environmental Pollution (RAISE pilot)

Frequently Asked Questions About Chemistry EU Grants