Reducing greenhouse gases in the atmosphere is a critical element in the fight against climate change. This is why EU researchers have pioneered a novel method of capturing emissions and storing them underground as rock. This could help Europe meet its climate targets.
The industrial sector accounts for nearly a third of energy use in the EU, mostly for heat and thermal processes. Innovative technology developed by the EU-funded ETEKINA project recycles factory heat, lowering environmental impact and running costs. The research supports the EU’s goal of being climate-neutral by 2050.
Honeybees are critical to agriculture, yet are increasingly under threat. The EU-funded HIVEOPOLIS project developed a range of digital hive technologies to monitor and manage honeybees. The technologies could help support precision agriculture, and even boost the survival of wild pollinators
The shipping industry is responsible for 3% of global carbon emissions, putting it under the spotlight for environmental upgrades. Two game-changing vessel designs have now been produced with the help of EU funding, along with retrofit technologies for existing cruise ships and bulk carriers. Maritime sustainability is a key EU priority on the continent’s journey to slashing carbon emissions while creating opportunities for green economic growth and jobs.
A better understanding of microbial communities could bring profound benefits to the agri-food sector. The EU-funded MASTER project has developed a wide range of microbiome products, foods, services and processes. These innovations are helping improve the quantity, quality, safety and sustainability of our food and farms.
Despite their vulnerability to climate change, island nations rely heavily on imported fossil fuels. The EU-funded NEEMO project aimed to boost research into electric mobility in Malta. Such initiatives are helping to develop green transport solutions for EU citizens living on islands and beyond.
Demand response programmes could bring European energy use down and benefit consumers, but their uptake has been slow. The EU-funded DRIMPAC project created a framework to ease this transition. The results could save costs and energy use, and help mitigate climate change
Composite materials are widely used across multiple industries, yet are difficult to recycle. The EU-funded FiberEUse project developed new solutions to reuse composites and recover their residual properties. The developments could make these structural materials more cost-effective and environmentally friendly.
With the right innovations, the circular economy can contribute to economic growth while meeting sustainability ambitions. The EU-funded ReCiPSS project demonstrates how manufacturing can achieve this by adopting product-service systems. Moving industry from linear to circular models offers new business opportunities, while minimising waste and environmental damage.
Next-generation renewable energy technologies can struggle to move from concept to the market. The EU-funded DTOceanPlus project developed a series of open-source software tools to reduce the risks and costs associated with ocean tech development. The tools are already giving a boost to developers across the sector, supporting the EU’s transition away from fossil fuels.
