European Commission

To achieve effective Blue Growth, highly qualified & competent PROFESSIONAL FIGURES are needed. This is exactly what BOUTCAR intends to generate, by developing training, updating and requalification paths, intercepting young talents and thus generating a new impetus for the fishing and aquaculture.

FISATUR promotes maritime and aquaculture heritage through sustainable tourism in Atlantic coastal regions. It fosters sector diversification by supporting local entrepreneurship, valorising artisanal fishing, and enabling transnational cooperation through an Atlantic network and trade missions.

Empowering human capital within the port ecosystem BLUE PORTS drives a robust and sustainable green transition. Through a tested EU-recognised training & certification scheme tested, it delivers a strategic advantage to the workforce. BLUE PORTS shapes the next generation of maritime professionals.

SCARPA presents Re-Shoes: Giving Old Footwear a New Life Through Circular Innovation. Every year, the project introduces a new circular business model: used shoes and manufacturing scraps are collected, sorted, and recycled to create a new SCARPA shoe model. 

LIFE TURBINES promotes sustainable cities and the decarbonisation of drinking water supply through the installation of turbination equipment in urban supply networks, generating 995 MWh/year, saving 0.972 GWh and avoiding 258 tonnes of CO₂ equivalent. 

The LIFE CDW CIRCLE project using innovative optical sorting technology, the heart of the pilot plant, to upcycle C&D waste into high-value aggregates and bricks. We are closing the loop in the construction sector by creating a market for high-quality secondary raw materials.

LIFE ANHIDRA develops a water reuse system for textile washing, saving up to 92% of water and cutting CO₂ emissions by 44%. It treats wastewater efficiently in-situ in a close-loop system and reuses fiber waste, promoting sustainability and circular economy in the textile industry.

Following the guidelines promoted by the EC (farm2fork) the project intends to promote formulations without copper but with essential oils in the presence of a biocompatible carrier to combat some fungal diseases with severe impact on the farmer's economy such as downy mildew and GTD.

Bio-MeGaFuel project develops an efficient and scalable process to convert low-value biomass into methanol with a near-zero carbon footprint. The proposed process maximizes efficiency, reduces the number of production steps, and lowers product cost to meet the rising demand for sustainable methanol.

H2SHIFT project supports startups and SMEs technology transfer from lab to industry with open access to infrastructures for hydrogen production testing, upscaling, and support services. It promotes innovation in advanced electrolysis, bio- and solar-H2, aiming to boost EU leadership in H2.

SINCERE develops innovative ICT tools, energy harvesting technologies and low-carbon building materials for structural and thermal retrofitting of built heritage, enabling enhancement of energy performance for historic buildings, with respect to their cultural, historical, and technological values.

The TANGO project will develop an industrial-scale pilot line in the South of Italy for the manufacture of innovative, high-performance PV modules, increasing production capacity from 200 MW to 3 GW p.a., with the potential to avoid up to 25 Mt CO2e emissions in 10 year operation.

SC-HOOP Project indicates the realisation of the chemical recycling plant at Mantova, Italy. The plant is based on Versalis’ proprietary pyrolysis technology named HOOP® that turn secondary material derived from recycled mixed plastic waste into a recycled naphtha to produce new intermediates as well as polymers suitable for all applications, with benefits in terms of process sustainability, yield, higher feedstock flexibility and quality.

Fully electrified chemical recycling of plastic waste for deep decarbonisation of the polymer industry. With its proprietary MoReTec advanced recycling technology, LYB aims to return post-consumer plastic waste to its molecular form. This will be used as a feedstock for new plastic materials.

APA is a unique, multi-purpose, water-based DAC (direct air capture) technology that simultaneously captures particles, chemicals, and gases. The absorption of ammonia, methane, and CO2 is highly relevant to the agri-farming, enabling services that support biodiversity and the carbon credit markets.