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.
Airborne pollutants are a threat to researchers and citizens alike. Using low-cost sensing technologies, the EU-funded VIDIS project hopes to deliver more accurate assessments of particulate matter exposure. Routine monitoring of air quality could offer significant health benefits for EU citizens.
Cutting-edge photolithography technology developed by an EU-funded consortium has enabled the launch of a new generation of high-performance smartphones featuring powerful and efficient 7nm-node mobile processors.
EU-funded researchers behind a breakthrough solar-energy technology have also laid the material foundations for a new generation of digital displays that could surpass latest-generation OLED screens in brightness, colour range and energy efficiency.
EU-funded researchers have employed quantum physics to develop an optical microscope that opens up the potential to view the tiniest of objects - including many viruses - directly for the first time.
Your dinner leftovers, vegetable peelings and discarded packaging paper could provide environmentally friendly alternatives to commonly used chemicals, thanks to innovative technologies and fermentation processes being developed by EU and industry-funded researchers.
As the world relies more on renewable energy to limit climate change, an EU-funded project has produced insights into how nanotechnology could support cleaner power and promoted university-business links for targeted future innovation in this field.
Pioneering EU-funded research on new solid-state batteries is paving the way for tiny yet powerful batteries for safer and better space applications. Industry partners are advancing with plans to commercialise the thin-film energy-storage technologies and processes at the heart of the project.
More efficient, longer-lasting machine and vehicle components, improved medical implants and novel fluid control technologies are just a few of the potential applications emerging from an EU-funded project inspired by the unique ways in which the skins of some animals interact with water.
The EU-funded ENACT project has used a combination of computer simulation and experimental validation to develop more efficient and sustainable chemical processes for the energy and pharmaceutical sectors - good for the environment, health, and the EU's competitiveness.
