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An EU-funded project is helping European cities to run district heating and cooling systems with waste heat. Solutions provided through the project capture and use this affordable and plentiful resource to help households, factories and offices save energy.
Detectors at the accelerators of the European Organisation for Nuclear Research (CERN) help answer big questions about the Universe and support advances in fields such as medical technology. An EU-funded project is fostering collaboration on detector development to boost such scientific progress.
Increasing batch processing efficiency is a key challenge for European industry. An EU-funded project has demonstrated innovative technology that improves product quality while optimising energy and raw material use in the polymer, steel and silicon industries.
The European Spallation Source (ESS) will be the world's most powerful source of neutrons, a key tool in advancing materials science and technological progress. An EU-funded project has supported the development of ESS, which could lead to scientific breakthroughs that improve our quality of life.
Defending the public against the malicious use of CBRN materials is a vital responsibility for European authorities, but it also represents a significant opportunity for European companies. An EU-funded project is working to promote a more efficient, sustainable and globally competitive European CBRN industry.
An EU- and industry-funded project has developed a high-efficiency fuel cell with a long lifetime suitable for integrating renewable energy sources into smart power grids in the longer term. Some of the key components are already on the market. The advance could be part of the solution to providing Europe with clean, stable electricity supplies.
The textile industry generates enormous amounts of waste and is one of the largest consumers of water and energy resources. EU-funded research is looking at ways to reduce its ecological impact by using textile waste and design to develop new materials for the future.
Chemical, biological, radiological and nuclear (CBRN) materials are hazardous and represent an important potential risk to human beings. An EU-funded project is developing a 'field toolbox' for emergency services and medical personnel to aid victims of CBRN exposure.
Breakthrough battery technologies will play a vital role in achieving the EU's goal of lowering carbon emissions by storing renewable energy for use around the clock and increasing the uptake of electric vehicles. EU-funded research is developing new energy-storage options that will have an enormous impact in Europe, creating new jobs and helping to protect our environment.
Today, both public and private operators are integrating digital technologies into Europe's critical infrastructures, including the electrical grid and utility and financial networks. An EU-funded project is developing new tools and methods for assessing the resilience of smart critical infrastructures (SCIs). This will help protect against attacks or other catastrophic failure that could ultimately harm citizens.
