The LIBRA-C project develops an integrated lignocellulosic biorefinery that converts agricultural residues into biofuels, bio-based chemicals, and biomass, valorising CO₂ and effluents, generating electricity, and producing high-value biocommodities to support zero-waste, climate-neutral, sustainable biorefineries.
The POST-PURPLE project aims to develop innovative biobased technologies to valorise gas, liquid, and solid wastes from urban biorefineries, converting them into high-value products while reducing emissions and supporting zero-waste and zero-pollution strategies within a circular economy framework.
The Oils4my project aims to develop a cost-effective and sustainable platform for converting volatile fatty acids from anaerobic fermentation into microbial oils using photosynthetic microorganisms and oleaginous yeast, supporting renewable energy and circular economy goals.
The WAVE project valorises dairy wastewater to produce clean water for irrigation and bioplastics, combining microbial biotechnology and materials science to reduce water stress and promote circularity.
The LIFE-W2B project aims to demonstrate an integrated waste-to-biomethane facility combining solar drying, anaerobic digestion, and gasification to valorise organic waste into biomethane and nutrient-rich biochar, reducing emissions and proving the environmental and economic viability of the process at pilot and demonstration scale.
