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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Sci<strong>en</strong>ce-Accepted Past Grid Parity Tech 9:<br />
Perpetual Hydrog<strong>en</strong> II, Heat Recovery<br />
• —>> cont: SIGNIFICANTLY LOWER COST TYPES : Hydrog<strong>en</strong> Produc1on:<br />
Non aluminium based Hydrog<strong>en</strong>: i Cavita6on(Cavita5on <strong>Energy</strong> Systems),<br />
ii Electrohydraulic effect(H2 <strong>Energy</strong> R<strong>en</strong>aissance):<br />
electrohydraulics/shockwave/cavita6on methods are rarely looked by academic<br />
level but effect is und<strong>en</strong>iable(Sop Burjanadze, Tak Sato & Mas Oizumi+),<br />
iii Nanopar6cle coated H2O electrolysis (Dopp+), iv Ultrasonic H2 g<strong>en</strong>era6on from<br />
<strong>wat</strong>er with non-oxidizing nanocrystal: ZnO fibers + BaTiO3 d<strong>en</strong>drites (Xiaochun Li),<br />
v Various metal catalyst: eg Molecular Molybd<strong>en</strong>um Persulfide catalyst H2<br />
dissocia6on from <strong>wat</strong>er(JR long+), vi PhotoCataly6c(Dav Milstein+), vii 84%<br />
effici<strong>en</strong>cy pure <strong>wat</strong>er Electrolysis by Cathode 35Mpa high pressure Solid Polymer<br />
Electrolyte use, fluctua6ng power input workable like wind power(Honda R&D),<br />
HEAT RECOVERY: unless otherwise stated g<strong>en</strong>erally 100-1000°C temp differ<strong>en</strong>ce is<br />
used - oe<strong>en</strong> which power g<strong>en</strong>era6on is propor6onal to. Also leads to emission<br />
reduc6on: part of mainstream focus in many - par5cularly Western na5ons, while<br />
almost ignored in some others:<br />
• ▀▀1. Kine&c Power G<strong>en</strong>erators based Industrial HEAT RECOVERY as Electricity:<br />
OA<strong>en</strong> as industrial CHP(Combined Heat & Power), or Combined Cycle at power<br />
g<strong>en</strong>erator: common installa6on in at least as new system in Chemical, Pulp & Paper,<br />
Wood, Petroleum Refining, Metal, Gas turbine/Nuclear power g<strong>en</strong>era6on<br />
industries, use of Regular •a-d : 53
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