Communication, Dissemination, and Exploitation in European Projects: Three Different Concepts with the Same Goal

In the European Union’s R&D&I funding ecosystem, there is a trio of terms that consistently appears in every proposal and consortium meeting: Communication, Dissemination, and Exploitation (C&D&E). Although they are often confused and treated as a mere last-minute administrative formality, the European Commission places them at the heart of programs like Horizon Europe because they are the levers that transform excellent research into real impact for society and the market.

To understand how these three disciplines work in an integrated and strategic way, we analyze the success story of Heat-to-Fuel (HtF), a project funded by the Horizon 2020 program in which R2M Solution Spain led the C&D&E Work Package. The project’s main objective was to develop advanced and cost-effective technologies to produce decarbonized second-generation biofuels (synthetic diesel and kerosene) for heavy transport and aviation, significantly reducing greenhouse gas (GHG) emissions.

Below, we break down how we designed and executed the strategy for each of these three areas in Heat-to-Fuel to ensure its technical, social, and commercial success.

1. Communication: Engaging Society

Communication in a European project aims to inform and build awareness about the project and its progress among the general public and society, giving visibility both to the consortium’s activities and to the fact that they are publicly funded. Its approach is two-way and targets broad, non-specialist audiences.

• What is its objective? To inform society about how the project addresses a real problem (e.g., climate change or building efficiency) and to demonstrate the value of European innovation funding.
• Who is it for? The general public, local and national media, students, and local communities.
• Practical example: Creating the corporate identity (branding), publishing popular science posts on LinkedIn, designing the project website, or issuing a press release about a sustainability milestone.

The main mistake made by many consortia is taking reactive or disconnected actions. In Heat-to-Fuel, right from the start of the project, R2M designed a Strategic Communication and Dissemination Plan structured under four methodological pillars:

1. Precise Audience Segmentation: We identified and classified recipients to adapt the channels to their level of interest and knowledge—ranging from the general public, local communities, and students, through the scientific community and the biofuels sector, up to public authorities and policy makers.
2. Scientific Outreach and Key Messages: Translating highly complex thermochemical concepts—such as hydrothermal liquefaction (HTL), aqueous phase reforming (APR), or Fischer-Tropsch (FT) synthesis—into accessible narratives. The messaging focused on the urgent need to decarbonize heavy transport and aviation using local, clean resources, while simultaneously demonstrating the value of European public fund investment.
3. Coherent Multichannel Planning: We designed a progressive deployment of communication tools and materials throughout the project’s lifecycle. This included:
   1. Corporate Visual Identity (Branding): Designed by R2M in month 3, the Heat-to-Fuel logo visually reflects the core of the project: converting heat (flame and orange color) into biofuels (inverted drop and green color in the ‘e’ of ‘fuel’). Presentation templates, posters, technical brochures, and annual newsletters were defined to ensure brand consistency and authority.
   2. Web Platform (www.heattofuel.eu): Designed and maintained by R2M as the central portal for the project.
4. Data-Driven KPI Evaluation: We established key quantitative and qualitative indicators to regularly monitor the impact of the website, YouTube, and social media channels (Twitter and LinkedIn). By the end of the project, R2M’s scientific communication approach had far exceeded its initial targets.

2. Dissemination: Knowledge Transfer for Experts

Unlike Communication, disseminating is not just about informing; it means transferring project results to those who actually have the technical or legal capacity to adopt, replicate, or use them for their own benefit.

• What is its objective? To ensure that the knowledge generated does not stay within the consortium, enabling other researchers, companies, or policy makers to build upon your discoveries.
• Who is it for? Specialized audiences: the scientific community, industry stakeholders and private-sector partners, regulators (policy makers), and standardization groups.
• Practical example: Publishing a scientific paper in an open-access journal, organizing a technical workshop for sector engineers, or presenting results at a trade fair.

In Heat-to-Fuel, R2M coordinated a diversified range of dissemination activities targeted at different sector levels to maximize technical transfer:

1. Cutting-Edge Scientific Community: We drove the publication of 19 peer-reviewed, open-access scientific articles (in high-impact journals such as Fuel or Energies), ensuring academic validation of the developed technology.
2. Training Future Researchers: We organized a Summer School aimed at PhD students and early-career researchers. Coordinated by industrial partner BEST and supported by R2M, TU Wien, and POLITO, the session included talks on organic waste gasification, raw materials, and the valorization of wet by-products.
3. Synergies via Clustering Workshops: To share discoveries, avoid duplication, and seek joint solutions in the biofuels sector, we organized strategic workshops alongside other EU-funded projects—such as the HTL Expert Workshop, the eFuels Digital Workshop, and a technical workshop at the ICPS19 conference.
4. Final Conference: To close the project, we organized a major hybrid conference that brought together over 100 specialized attendees. Seven Horizon 2020 sister projects (Lig2Liq, Waste2Road, F-Cubed, Glamour, BL2F, HyFlexFuel, and ABC-Salt) were invited to present their progress. Alongside technical talks, the event included guided physical tours of TU Wien’s pilot gasification plant and BEST’s facilities, allowing industrial partners and investors to see real technology in action.
5. The Project’s User Group: We established and coordinated a discussion group composed of 12 key industrial entities (including refining and biomass multinationals such as PKN Orlen and Tüpraş, associations like the Austrian Biomass Association, and global research centers). This group acted as an “external validator,” providing market and real-world refining insights to guide technical exploitation activities.

3. Exploitation: The Direct Bridge to Market, Patents, and Business Models

Exploitation is the process of putting project results to continuous commercial, social, or academic use once public funding has ended. This process is the one that allows the commercial viability and continuous market uptake of the project’s results. Exploitation is the mechanism that prevents innovation from dying when the contract with the European Commission concludes.

• What is its objective? To turn research into tangible market solutions, new services, patents, or policies that create sustainable economic or social value.
• Who is it for? The consortium partners themselves (who will use the results internally), investors, potential private-sector clients, and policy makers.
• Practical example: Developing a Go-to-Market strategy and Business Plan to commercialize new battery management software, protecting intellectual property (patents), or launching a spin-off.

In projects involving technologies at varying Technology Readiness Levels (TRL 3–6), joint commercial exploitation can often be complex. In Heat-to-Fuel, we carried out proactive management that identified 10 Key Exploitable Results (KERs), ranging from biomass blending methodologies to millistructured reactor designs. During the final phase, we facilitated a strategic analysis where the consortium decided against filing a joint patent for the complete system, choosing instead to prioritize individual exploitation routes and IP protection for each partner. This enabled the consortium organizations to:

1. Research and Technology Organizations and Universities  (RTOs such as RECORD, CEA, or POLITO): Use their respective KERs (such as the HTL pilot unit or thermal balance physical simulators) to offer advanced scientific consulting services, license specific processes to the chemical industry, or participate in new higher-scale R&D proposals.
2. Industrial Partners (SMEs/Companies like KHIMOD or BEST): Directly exploit the sales of products optimized during the project (such as heat exchanger plate reactors for Fischer-Tropsch processes).
3. Establish a Clear Technological Scale-Up Plan: Move from laboratory validations (TRL 5) toward realistic industrial demonstration plants (TRL 8–9) by involving engineering partners and interested investors identified through the User Group.

At-a-Glance Table: How to Tell Them Apart?

To make sure your consortium never hesitates again, here is the European Commission’s golden rule condensed into three key questions:

Integration: The True Secret to Success

While conceptually distinct, in a project’s day-to-day operations they function like a seamless gear system. A good communication campaign creates the critical mass and expectation necessary for scientific dissemination to reach further; in turn, solid industrial dissemination builds the trust required for commercial exploitation to achieve resounding success.

Mastering this fine methodological line and coordinating multiple European partners to pull in the same direction requires more than a standard communication template. It demands hands-on experience in the field.

The Heat-to-Fuel success story demonstrates that Communication, Dissemination, and Exploitation cannot operate in isolation. The unified brand strategy and visibility of R2M’s communication campaigns built the reputation and trust required to capture industry attention; this enabled us to attend specialized dissemination workshops and conferences backed by a critical mass; and finally, this steady flow of knowledge transfer and market feedback laid the ideal commercial groundwork for partners to define their post-project roadmaps and exploitation agreements.

At R2M Spain, we do not manage these three areas in isolation; we design C&D&E strategies integrated directly into the project’s technical core. Our competitive edge lies in scientific communication, research impact and the technical capacity to grasp complex abstract concepts, allowing us to build a solid bridge between the laboratory and the European market.

Let’s Make Your Innovation Leave Its Mark

If you lead a research project or a technology consortium and want to ensure your results don’t stay trapped in the lab, R2M Spain has the methodology and technical expertise to maximize your commercial, scientific, and social impact.

💬 Contact us to discover how we can help you build the perfect bridge to the market.

In our next article, we will dive deep into the first of these disciplines: communication. We will explore how scientific outreach and strategic branding can transform a complex technology into a recognizable and influential brand.

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