An EU-funded initiative has successfully demonstrated its novel packaging solution that proposes the use of nanotechnology-based active antimicrobial films.
Researchers have conducted an environmental hazard assessment for a class of substances used in drug delivery.
EU-funded researchers have investigated how life-cycle assessment (LCA) could help improve the sustainability performance of biochemical production.
An EU initiative will help improve the commercial viability of a number of modest but high-grade metal deposits in Europe and beyond.
A novel laser technology developed under an EU-funded initiative will help replace conventional paints on ship hulls.
An EU initiative has developed a framework for risk assessment of engineered nanomaterials (ENMs) in semiconductor processing.
Ceramics and other energy-intensive industries will achieve greater energy efficiency with lower costs, thanks to a heat pipe technology developed by an EU initiative.
Scientists have unveiled an autonomous robot that can detect and repair vertical metal surfaces in offshore environments.
A new European study breathes new life into factory work by proposing novel ways to engage and motivate workers. Manufacturing environments are changing, and smart factories with new technologies are being introduced to allow humans and machines to increasingly work side-by-side.
Scientists and industry experts have developed a hybrid manufacturing process for steel and carbon fibre composites. Their technique will help save energy and resources.
Preliminary test runs at a Belgium cement plant successfully demonstrate innovative carbon capture technology.
An EU initiative has enabled the upgrading of personal locator beacons for greater coverage, reliability and location accuracy to help save lives.
Scientists have developed a new technique to speed up the imaging of the retina’s distinctive layers. This will improve the diagnoses of eye diseases.
An EU initiative is developing evolving sensors to get access to unreachable spots.
SMEs will be able to realise the true potential of 3D printing technologies with the help of an EU initiative.
What weighs 23 000 tonnes and has a potential temperature of 150 million °C? Literally, it’s the new star of the energy world, the ITER reactor.
What weighs 23 000 tonnes and has a potential temperature of 150 million °C? Literally, it’s the new star of the energy world, the ITER reactor.
SMEs will be able to realise the true potential of 3D printing technologies with the help of an EU initiative.
An EU initiative is developing evolving sensors to get access to unreachable spots.
Scientists have developed a laser-textured, liquid-repellent metal surface to help increase productivity and reduce costs in the food industry.
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