Effektive, Niedrige Kosten, Nicht Sehr Bekannt, Umweltfreundliche Wassertechnologien Für Die Zukunft (Zusammenfassung in Deutsch)
Zusammen mit anderen Technologiefeldern , die zuvor nicht angenommen Technologien, von denen einige seit kommerzialisierte Anwendungen weit verbreitet sind, nach und nach wird erneut bestätigt durch westlichen Mainstream-Akademiker. Die nächste Phase ist, wie westliche Mainstream-Medien oder verschiedenen Ebenen (von Nachrichten, Wissenschaft berichtet, Wikipedia) diese Bestätigungen zum Ausdruck bringen wollen.
Zusammen mit anderen Technologiefeldern , die zuvor nicht angenommen Technologien, von denen einige seit kommerzialisierte Anwendungen weit verbreitet sind, nach und nach wird erneut bestätigt durch westlichen Mainstream-Akademiker. Die nächste Phase ist, wie westliche Mainstream-Medien oder verschiedenen Ebenen (von Nachrichten, Wissenschaft berichtet, Wikipedia) diese Bestätigungen zum Ausdruck bringen wollen.
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• 55’Nano Material treated water: Effect mix of Accepted, Disputed<br />
Generally Rejected, Fully rejected by Western Ma<strong>in</strong>stream(WM)<br />
• ■ 55’Nano Material treated water: (also see 56’Nanofiltration), as Nanotube, Graphene or<br />
Fullerene of Carbon or other materials. some “soluble” or built <strong>in</strong>to water structure often on lab<br />
level, Also aligned nanotube membrane <strong>in</strong>crease permeability(at lab level, carbon nanotube is up<br />
to 10,000times faster than conventionally maximum efficiency). Most effects except general filter<br />
function of nanocarbon water was full pseudoscience with only Russians/Ch<strong>in</strong>ese talk<strong>in</strong>g about it <strong>in</strong><br />
past but now be<strong>in</strong>g upgraded towards WM approval status soon as WM is start<strong>in</strong>g to confirm<br />
similar effects: They are mostly research level & there is little commercialization. ,<br />
• WM Accepted effect: Widely used normally as P2(Water filter); see 56’Nanofiltration<br />
• Unlisted sometimes WM approved effect: ■Water repellant surface effect or ability to make<br />
electronic device water proof: Nanocabon can be coated/bonded to most substrate by pulsed<br />
radio-frequency(RF) plasma etc:(p2i+), but plasma surfac<strong>in</strong>g itself to make matter hydrophobic is<br />
widely used standard process. Similarly, prevention of surface ic<strong>in</strong>g or cloud<strong>in</strong>g/fogg<strong>in</strong>g by high<br />
electroconductive metal based nanogeometry conta<strong>in</strong><strong>in</strong>g foldable/bendable Transparent<br />
Conductive Film(Metamaterial Technologies Inc NanoWeb+): but is this really a mere low power<br />
use system, or rather partially "self current" conduct<strong>in</strong>g?<br />
• ■Some water filtered by graphene membrane with diamond comb<strong>in</strong>ed shows corrosive<br />
effect(similar effect as quality generated and kept at ambient temperature by other 28’Catalytic<br />
type water), This disruptive effect seems to have been surpris<strong>in</strong>gly WM approved recently as this<br />
result was published <strong>in</strong> ma<strong>in</strong>stream WM magaz<strong>in</strong>e by academics(Loh Kian P<strong>in</strong>g+), Carbon<br />
Nanotube trapped water can have different phase change temperature: "frozen" at 105°C or<br />
higher(Mic Strano et al)<br />
l<strong>in</strong>ked<strong>in</strong>.com/<strong>in</strong>/newnatureparadigm - Ben Rusuisiak: Specialty Cleantech Analysis, Vancouver, Canada<br />
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