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Nanotechnologies
François Plais: “A spongy nanomaterial may change the way to monitor water quality” - part 1
Heavy metals coming from industrial waste, such as mercury, lead, cadmium, nickel, and zinc are some of the most dreaded pollutants in water, and EU laws strictly limit their concentration in the water we drink.
Bram van der Gaag: "A spongy nanomaterial may change the way to monitor water quality" - part 2
When a group of researchers at the Ecole Polytechnique (EP) in Palaiseau , near Paris, created a new nanomaterial-based sensor for monitoring heavy metals in drinking water, they had to address a ...
Self-Cleaning Buildings
The phenomenon of soiled and stained facades is probably as old as the cities themselves. Industrial pollution then has increased these problems.
New nanocarbon materials for biomedical uses will soon reach the market
Prof. Steve Tennison, MAST Carbon’s director, has recently decided to establish a spin out company to commercialize biomedical carbons to the market.
Miguel Holgado: “You need to advance a lot in your technology to negotiate with investors”
The new label-free detection kit has been developed by the Spanish BIOD (Bio-Optical Detection) company, recently established.
New biomedical carbons: from Lab to Market
UK based MAST Carbon has received such service and its new biomedical carbons will soon reach the market through the EU-funded the ProNano project.
Forget the Word Nano
These are key insights from two EC funded initiatives, ProNano and Nanocom , which are joining their forces to tackle the issue of barriers to the commercialisation of European nanotechnologies .
Moving away from silicon technology
Silicon, the conventional semiconductor used to build up electronics, is processed at very high temperature – over one thousand Celsius degrees - and it is difficult to recycle.
How to lower the barriers to nanotechnology transfer
Researchers typically define nanotechnology research outputs as ‘platform’ technologies with a diverse range of applications.
Colorful eco-textiles thanks to nano-sized enzymes
The problems encountered by the traditional European colour industry go from lack of innovation and weak market competitiveness to toxicity, environmental hazards and health risks for those working in it.
Wooden Bones
Rebuilding bones out of wood, or cartilage out of algae and chitosan is the most spectacular aspect of this particular bioinspiration field.
From wood to bone
The staggering similarities found with the bone brought the group of researchers working on the TEM-PLANT project to become the first one to use wood to develop organized and complex structures for tissue substitution and engineering.
The Nano Laboratory
Within the European Research Project Fiblys, they have therefore redesigned their microscope to a fully functional nano-laboratory.
A multi-nano tool can introduce something new under the sun
In the European funded project FIBLYS (or FIB anaLYSis) three industry and four research partners from Czech Republic, France, Germany and Switzerland have created a multi-nano tool named FIBLYS .
Dr. Philippe Bergonzo “Deteriorated photoreceptors can be activated through nanodiamond retinal prostheses”
The European Dreams Project team is currently developing a new generation of retinal prostheses that haven’t been tested on humans yet.
Nano Foil Brightens Screen
Engineers of the European research project NaPanil have modified the glass surfaces on the micrometric and nanometric scale in order to control the path of the light.A unique innovation that could soon become part of our daily lives.
Physicist Dr. Sylvain Nicolay: “Further research needs to be done to bring nano-tuned solar cells to the market”
Photovoltaic cells have been known for a long time. In semiconductors such as silicon crystals sunlight creates an electric current, which can directly be fed into the power grid.
A nanotech solution controlling the path of light
Researchers have modified surface structures by making nanometer scale patterns, with the help from a technology called nanoimprinting. Nanoimprinting is a high through-put and low cost method that produces these patterns through the use of a stamp.
Nano Non-Stick Paint For Efficient Shipping
These molecules have a curious relationship with water. One part of the molecule is hydrophilic, so it attracts water molecules. The other part is hydrophobic, so it pushes them away.
Innovative anti-biofouling technologies can make shipping more eco-friendly
Organisms, such as algae and barnacles, sticking to the lower structure of ships are increasing the required propulsive power. It is estimated that ships’ fuel consumption could be reduced by up to forty percent by removing those organisms.
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