Minder Bekende, Skoon, Lae Koste, Oorvloedige Energietegnologieë en Verwante Toepassings wat die Wêreld sou Verander./ Less Known, Clean, Low Cost, Abundant Energy Technologies & Related Game Changing Applications.
Ekologiese Vriendelike, Ekonomiese, Hoë Doeltreffende Energie Skoon tegnologie vir die Toekoms(Opsomming in Afrikaans)./ Environmentally Friendly, Highly Efficient Energy Generation Technologies for the Future. sleutelwoorde: omgewing, abrupte klimaatsverandering, koolstof-sekwestrasie, bebossing, alternatiewe energie, verenigde nasies, menslike biobrandstowwe, biosfeer, swart koolstof-aerosol, koolsiklus, koolstofvoetafdruk, koolstofopname, klimaatmodel, klimaat sensitiwiteit, koraal bleik, ontbossing, woestynvorming, kweekhuiseffek, GHG, Kyoto-protokol, Mitigasie, omgewingswetenskap, omgewingsbeskerming, omgewingsingenieurswese, omgewingskanada, omgewingskwessies,
Ekologiese Vriendelike, Ekonomiese, Hoë Doeltreffende Energie Skoon tegnologie vir die Toekoms(Opsomming in Afrikaans)./ Environmentally Friendly, Highly Efficient Energy Generation Technologies for the Future.
sleutelwoorde:
omgewing, abrupte klimaatsverandering, koolstof-sekwestrasie, bebossing, alternatiewe energie, verenigde nasies, menslike biobrandstowwe, biosfeer, swart koolstof-aerosol, koolsiklus, koolstofvoetafdruk, koolstofopname, klimaatmodel, klimaat sensitiwiteit, koraal bleik, ontbossing, woestynvorming, kweekhuiseffek, GHG, Kyoto-protokol, Mitigasie, omgewingswetenskap, omgewingsbeskerming, omgewingsingenieurswese, omgewingskanada, omgewingskwessies,
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Resonance Impact 35: Multiple CO2+H2O Abiotic Oil<br />
• ->>cont. 9 -Transmute & inorganic synthesis, ■D Abiotic oil : ● less-disruptive:<br />
• ◥ From CO2 + H2O by photocatalysis of TiO2 or Bismuth vanadate BiVO4(S<strong>en</strong>g S<br />
Tan, Piumetti, / Toyota C<strong>en</strong>tral R&D+),<br />
• ◥ Power storage of Electrofuel as “Fossil Fuel” Syngas produced also from CO2 + H2O<br />
by syntrolysis/mainstream Fischer-Tropsch process/Sabatier reaction since 1925<br />
/1902, or CO2 reduction to CO by Cu etc(E-Diesel: Audi - Sunfire GmbH), <strong>Low</strong> cost CO2<br />
reduction by CuO nanowire with SnO2(Tin dioxide) layer deposition with solar (M<br />
Grätzel+). ◥ Similar mechanics for methanol as largest commercialized "abiotic fuel"<br />
production by use of geothermal power etc, H2O + CO2 from volcano(Volcanol -<br />
Carbon Recycling International), Super low cost/compact electrochemical based<br />
reduction of CO2 or CO can assist synthetic fuel cost significantly down(Eltron<br />
Research), not just from <strong>wat</strong>er & fumes, but via gasification etc<br />
• ◥ and sort of "common knowledge" at least US Navy(NRL electrolytic cation exchange<br />
module "demo") has be<strong>en</strong> using CO2 as feedstock for their submarines, Room<br />
temp/pressure Methanol production via photocatalytic reduction of CO2 with<br />
<strong>wat</strong>er(Mitsui Zos<strong>en</strong> Plant Engineering+) offering quietly only in Japan and as<br />
subsidiary of a large company? Hydrocarbon plastic from CO2 & H2O via<br />
methanol(Mitsui Kagaku+): mostly low key internal use only. Solar-wind power(or<br />
residual) based <strong>wat</strong>er electrolysis & CO2 biocatalytic synthesis(Archaea) to g<strong>en</strong>erate<br />
Methane(ElectroChaea+) as Power To Gas electricity storage. -->>cont:<br />
379<br />
linkedin.com/in/newnatureparadigm -B<strong>en</strong> Rusuisiak: Specialty <strong>Clean</strong>tech Analysis, Vancouver, Canada
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