Sciences
Sciences

Dulce Muñoz
Director, Funditec RESEARCH SCIENCES

Pioneering science projects through cutting-edge research

We are committed to addressing critical societal challenges such as resource efficiency, climate change, and environmental sustainability. Our applied research focuses on modern farming and diverse industries, driving the development of technologies that enhance adaptability, promote stewardship, and ensure a sustainable and impactful future for people and the planet.

Areas of Intervention

RESEARCH_SCIENCES

Funditec Research Sciences is dedicated to improving society through two interconnected areas:

Agrifood Research

We develop new knowledge and innovative solutions for the agrofood and bioeconomy sectors, which have a critical role to play in achieving green and social goals in Europe.

Sciences
Christian Ghidelli
Manager, Funditec
RESEARCH Agrifood

Enhancing sustainable practices in agriculture and forestry to support rural economies, increase yields, and promote environmental conservation.

Researching the health and sustainability of seas, oceans, and inland waters, with a focus on biodiversity and responsible resource use.

Advancing the efficiency, safety, and sustainability of food production and distribution systems to address global food security challenges.

Developing bio-based products and processes that leverage natural resources, reducing CO2 emissions and promoting a circular economy.

Increasing the efficiency and competitiveness of the farming sector, while lowering its environmental footprint with Digital and data technologies.

Materials Research

We develop advanced materials and chemicals with novel or enhanced properties while prioritizing safety, sustainability, and circularity. These innovations are essential to our well-being and support the high living standards of our societies.

Sciences
J. Ignacio Lozano
Manager, Funditec
RESEARCH Materials

Developing advanced materials to drive Europe’s green and digital transitions, fostering innovation across health, energy, and sustainable industries.

Researching bio-based and sustainable green chemicals to reduce environmental impact, enhance circular economy, and drive innovation.

Advancing and scaling innovative polymers for sustainable packaging with circularity-by-design to reduce plastic waste, GHG emissions, and pollution.

Implementing technologies to capture CO₂ emissions from industrial sources, storing them safely, or repurposing them into valuable products.

Increasing the potential impact of nanomaterials on health and industry and investigating its interaction with biological systems.