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"All of our materials are manufactured on an industrial scale."

"Water is necessary for many applications apart from sustaining life. Because it may not be available in sufficient quantity or at the quality required, some form of treatment may be necessary to meet the needs of an application. More stringent water quality specifications normally require more elaborate treatment methods. Challenges of availing clean water suitable for specific applications have led to innovations in water production to meet the needs of each sector. This research service reports on innovations in water production that specifically impact each key sector. It gives the industry snapshot of each key sector, its current water scenario, innovation landscape, global trends and technology roadmap till 2025. Several examples of innovative non-technological ways to produce or provide water are presented at the end of the report. Some key patents and contact details of key industry players are also given."

Applied Nanotech Holdings Inc announced that its subsidiary, Applied Nanotech Inc (ANI), established a strategic development program with Optomec, Inc, a provider of printed electronics for solar, display, electronic packaging and flexible electronics applications. As a part of the commitment, ANI will install a dedicated Optomec M3D aerosol jet printer at its facilities in order to adapt its copper ink to Optomec's patented ultra high resolution printing technology. By utilizing ANI's copper ink, the Optomec printer will offer the solar, display, flexible circuit and PCB manufacturers contact-free deposition of high quality, low cost metal lines, the companies said. According to the companies, the Optomec printing solution is able to produce much finer lines than is currently possible with traditional screen printing and inkjet printing equipment. The combined ANI/Optomec copper ink printing solution will provide an alternative to silver inks facilitating lower cost, coupled with the promise of higher reliability. Furthermore, ANI's copper inks do not require expensive vacuum installation or inert gas environment lowering the cost of the capital for manufacturing equipment.

These are heady times for the thin-film solar industry. The sector's dominant player, First Solar, has been on a tear of late, recently announcing it would build a second 10 megawatt power plant in Nevada, while Miasole, once thought to be ailing, has staged an impressive comeback, raking in an eye-popping $220 million. Nanosolar has developed a new ultra-fast solar cell printer, and even giants like IBM and Applied Materials have gotten in on the game. In the face of such intense competition, how will HelioVolt, a well-funded outpost of CIGS manufacturing in Texas, fare? The company hopes a new hybrid, super fast CIGS process it has developed in collaboration with the National Renewable Energy Laboratory (NREL), which combines its patented FASST process and NREL's non-vacuum deposition technique, will help even the odds. The Austin, Texas-based company licensed NREL's non-vacuum deposition process, which allows for the quick application of liquid precursors onto a printing plate and substrate, to manufacture its solar cells with a 12.2 percent conversion efficiency at a fraction of the regular cost and in record time - under 6 minutes. Another advantage is that the substrate can be made from a variety of building materials, including glass, metals, plastics and roofing materials.

Members will not charge royalties for patents that are essential for implementing low power receivers. A wireless power receiver is a 'low power receiver' when it is a consumer product, such as a mobile phone or battery, capable of receiving no more than 5 Watt from a wireless power transmitter. These royalty-free licenses are available until 2014.