Pioneering energy projects through cutting-edge research.
We are committed to addressing the pressing challenges of energy dependence and sustainability, focusing on next-generation technologies to enhance energy sovereignty, decarbonization, and resource efficiency. Our efforts prioritize the development of innovative bioenergy solutions and advanced energy systems, driving research that supports a resilient, independent, and technologically advanced energy framework for the future.
Areas of Intervention
RESEARCH_ENERGY
Funditec Research Sciences is dedicated to improving society through two interconnected areas:
Bioenergy Research
We develop bioenergy technologies and hybrid solutions, transforming waste, biomass, and residues into high-efficiency fuels and renewable gases.
Lorenzo Herrero
Manager, Funditec
RESEARCH Bioenergy
Advanced Biofuels Development
Innovating scalable biofuel technologies using biotechnology to convert waste materials and biomass into renewable transportation and industrial fuels.
Sustainable Aviation Fuel
Designing and implementing aviation biofuel processes, focusing on feedstock innovation and advanced conversion technologies.
Biomethane Research
Advancing technologies for the production and integration of biomethane from waste and residues, enhancing its role in sustainable gas networks.
Biomass Innovation
Developing innovative biomass conversion technologies, optimizing processes to enhance bioenergy yield, carbon efficiency, and material recovery.
Hybrid Energy Solutions
Developing integrated systems that combine bioenergy with renewable or nuclear energy, optimizing energy conversion, storage, and efficiency.
Advanced Energy Research
We research next-generation energy technologies, driving innovation in production, storage, and intelligent distribution systems to enhance energy autonomy and sustainability.
Carbon Capture and Energy Utilization
Pioneering CO₂ capture technologies and transforming emissions into valuable energy sources and e-fuels, fostering industrial decarbonization.
Renewable Energy Systems
Researching advanced renewable energy solutions, including solar, wind, and hydrogen systems, to maximize efficiency and energy production.
Energy Recovery Solutions
Advancing energy recovery technologies to capture and convert energy from mechanical movement and industrial processes into usable power.
Energy Storage and Integration
Developing cutting-edge storage technologies, such as advanced batteries and hybrid systems, to enhance reliability and resilience in energy applications.
Smart Energy Systems
Innovating in digital energy management, smart grids, and AI-driven energy optimization to enhance grid stability and improve response capabilities.