R&D&I, Key to the Future of the Wine Sector
R&D&I is crucial for the competitiveness and sustainability of the wine sector, helping to tackle challenges such as climate change and digitalization.
At artica+i, as an Innovation Consultancy, we have identified, throughout our more than 30 years of experience, certain topics that, although they have been funded in the past, continue to be a priority in applications for public R&D funding in the sector. This is because there are still challenges that remain unresolved or because further deepening of strategic knowledge is needed to drive and enhance the sector’s competitiveness.
Research, development, and innovation (R&D&I) have become fundamental pillars for the competitiveness and sustainability of the wine sector. Faced with challenges such as climate change, market evolution, and new consumer preferences, wineries and producers are investing in innovative solutions that improve wine quality and optimize production processes.
Addressing Climate Change and Digitalization
One of the main challenges facing the industry is the impact of climate change on vineyards. Rising temperatures and unpredictable rainfall affect vine development and, consequently, wine quality. To mitigate these effects, researchers are working on new, more resilient grape varieties and sustainable cultivation techniques, such as precision irrigation and the use of cover crops.
Digitalization also plays a crucial role in the sector’s modernization. Thanks to artificial intelligence and big data, winegrowers can monitor vineyards in real time, anticipate potential pests and diseases, and optimize resource usage. Additionally, the incorporation of blockchain in product traceability ensures wine authenticity and quality from vineyard to consumer.
Innovation in Winemaking Processes
R&D&I in the sector also extends to innovations in winemaking processes. Experimentation with new fermentation techniques, the use of native yeasts, and aging in alternative materials to wood have led to the development of wines with unique and distinctive profiles, capable of conquering new international markets.
Ultimately, investing in R&D&I is not only essential for the sustainability of the wine sector but also a competitive advantage that allows wineries to adapt to an ever-changing world. The combination of tradition and technology will continue to be the key to the success of wines in the future.
Furthermore, R&D&I collaboration within the wine sector is not just a desirable strategy but a necessity to tackle current and future challenges. By working together—businesses, research and technology centers, and universities can develop and validate innovative solutions that enable more efficient, sustainable, and competitive production.
Most In-Demand R&D&I Topics for Funding
Innovation in the wine industry spans various scientific and technical disciplines aimed at improving wine quality, optimizing production processes, and responding to evolving market demands.
At artica+i, with over 30 years of experience in managing innovation projects and identifying suitable public funding sources, we have observed key trends in R&D&I. While some of these topics have received funding in the past, they remain relevant as public funding continues to support research addressing unresolved challenges and strategic knowledge development for the sector’s long-term competitiveness.
Below are some of the main innovation areas in which the wine sector is actively working to mitigate the negative effects of climate change on wine quality. These topics have been identified by artica+i as highly relevant to our clients and the entire wine sector, and they are frequently targeted for funding applications at European, national, and regional levels.
Regenerative Viticulture, Biodiversity, and Environmental Sustainability
The vineyard soil plays a fundamental role in viticulture, directly influencing vine health and wine quality. Well-managed soil provides essential nutrients, improves water retention, and fosters a balanced ecosystem—crucial aspects for optimal vine development.
In this context, regenerative viticulture is emerging as an innovative practice that goes beyond traditional sustainability. This approach focuses on regenerating and revitalizing vineyard ecosystems through techniques that enhance soil health, increase biodiversity, and promote carbon sequestration—all while incorporating new technologies.
The adoption of advanced technologies such as drones, IoT sensors, and data management tools enables detailed vineyard monitoring. These tools facilitate efficient irrigation management, early detection of pests and diseases, and precise assessment of grape ripeness. Additionally, practices like organic farming promote environmental sustainability by reducing chemical use and encouraging biodiversity in vineyards.
Finally, grapevine variety identification, improvement, and recovery are essential for viticulture to effectively adapt to new climate change conditions. These strategies, combined with sustainable agronomic practices, will help maintain wine production and quality in a constantly evolving climate.
Innovations in Winemaking Processes
The field of oenology has also undergone significant advancements thanks to R&D&I. At artica+i, we have observed a growing interest in digital modeling of alcoholic fermentation and the implementation of disruptive technologies and biotechnologies during various winemaking processes, in both still and sparkling wines.
These innovations reflect the ongoing evolution of winemaking, aimed at enhancing wine quality, meeting consumer demands, and promoting more sustainable production practices.
Additionally, techniques such as microvinification allow wineries to experiment with small wine batches, adjusting variables to create unique sensory profiles. The use of native yeasts and spontaneous fermentations helps highlight the distinctive characteristics of each terroir, offering wines with greater complexity and authenticity.
Digitalization and Emerging Technologies
The integration of digital tools is revolutionizing winemaking management, enhancing both production and the consumer experience. Technologies such as big data analysis and artificial intelligence enable climate pattern prediction and modeling for optimized harvests, while electronic labels and blockchain ensure traceability and wine authenticity, providing greater transparency for consumers.
One of the most significant technological advancements in the wine sector is digital twins—virtual representations of physical systems or processes that simulate, predict, and optimize their behavior in real time. In winemaking, this technology is being applied to fermentation, aging, bottling, and energy management in wineries, marking a significant innovation in the industry.
Spanish Wine Innovation Aligned with PTV, FEV, and OIVE Strategies
According to industry estimates, national investment in wine sector R&D&I has ranged between €130 million and €150 million annually over the past five years (2020-2024). This includes investments in technological innovation, process improvements in viticulture and oenology, and the development of new products, positioning the sector as a leader in the Spanish agri-food industry. While specific areas (such as certain enology projects) may show lower figures, the sector as a whole falls within this investment range. These figures may vary slightly depending on the calculation methodology and the data source.
At artica+i, we remain committed to driving R&D&I in the wine sector, aligning with key national strategies. These include:
- The Strategic Innovation Agenda of the Wine Technology Platform (PTV) 2021-2024, currently being updated for 2025-2027.
- The Wine Sector Climate Change Adaptation and Mitigation Plan for Spain 2024-2029, led by the Spanish Wine Federation (FEV).
- The 2022-2027 Strategic Plan of the Spanish Wine Interprofessional Organization (OIVE).
All these initiatives highlight innovation as a key pillar to strengthening the sector’s competitiveness, with a focus on increasing R&D&I investment to modernize processes, improve product quality, and optimize the value chain. They also emphasize digitalization and technological development as essential tools for addressing climate change, advancing sustainability, and expanding into international markets. The ultimate goal is to enhance the added value of Spanish wines and reinforce their global presence.
