INTEGROIL, a Project to Increase the Sustainability of Industrial Sectors with Complex Waters
The INTEGROIL project aims to obtain water that meets the quality standards for reuse in water-hungry industrial sectors such as Oil&Gas.
Condensation and desiccation systems, ranging from desiccant salts to nanofabrics, enable the production of potable water in areas without access to distribution networks.
The INTEGROIL project aims to obtain water that meets the quality standards for reuse in water-hungry industrial sectors such as Oil&Gas.
New processes like capacitive deionization aim to obtain more fresh water while using less energy. This technology has made great advances over the last few years
Wastewater treatment poses a challenge for any advanced society. Two new techniques could help to extract nitrogen and remove heavy metals to produce fertilizers.
A brewery in the Czech Republic is using a most peculiar kind of sensors to preserve the purity of water—crayfish.
The breakthroughs made in technology designed for the management of the water cycle call for immediate and intuitive interfaces. Countries like Japan and Spain, with companies such as Fujitsu or Acciona at the head, are testing new augmented reality techniques in this area.
A team of researchers at the University of Jaén (Spain) discovers a bacteria capable of removing silver and lead from water, while generating antimicrobial agents.
With the assistance of ACCIONA, LIFE DREAMER project is working on a promising project seeking to improve sustainable desalination by reducing the use of chemicals and repurposing the concentrated salt streams it generates.
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