Fire niveauer af Miljøvenlige, Lavpris, Mindre Kendte Vand Teknologi til Fremtiden : Four Types of Forgotten Water Related Low Cost Clean Tech for Commercial & Industrial Applications

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• 35’Vacuum Flash Vaporization/Vacuum Distillation: continued 2 • W2(Oil separation): various module based system removes oil emulsion(VACUDEST ClearCat - H2O GmbH+), Reduces/solves shortcomings of cleaning off solvent after industrial washing(VAC Aero+). (Centrifugal) Molecular Distillation/Short Path Distillation(high vacuum distillation): upto 1x10{-6} to {-9} bar(1bar is sea level atmospheric pressure) - this effect can prevent molecule from colliding with each other with same kind or other types during distilling process/separation and storage. Hence Molecular Distillation(MD) can be useful but sometimes underutilized for specialty reaction/temperature sensitive water dissolved matter, compounds, or oil separation/ purification, isotope separation, while MD is std processes in lab analysis or pharmaceutical manufacturing(TMC Industries, ULVAC)+) • ■ Claims not on tech list: ■1 Gold & Silver Separation from other ores: "Acidless Separation(ALS)" by 0.01bar(1/100 of atmospheric pressure) vacuum decompressed low level moisture based Vapor/SuperCritical Water(along with other air molecules?) works as mineral differentiated pressure yielding separator medium at above 1000C(heated by magnetic induction in decompression chamber) and redepositing in cluster. • Vacuum Distillation based metal separation has been accepted science in Russia & China quite naturally since sublimation rate of each mineral & vapor pressure exerted on each mineral is different((Yongnian Dai+), and this is finally quietly accepted in Western Europe groups and not even openly debunked(gtf-uk.com, IKOI srl, «Ренова» -Екатеринбургский завод по обработке цветных металлов - «ЕЗ ОЦМ-ИНЖИНИРИНГ »+)(Александр Хлебников+). This is almost automated operation in addition to super low cost and fast processing. linkedin.com/in/newnatureparadigm - Ben Rusuisiak, Vancouver BC, Canada 214
• 36’Water jet: Effect Accepted by Western Mainstream(WM) • ■ 36’Water jet: M3(Cutting and boring holes), often can function with only water(no abrasives mixed), generally 60,000psi-4000bar pressure: (DynaFlow Inc, Kmt Waterjet - Flow International - Shape Technologies +), Very mainstream tech but in some sector it is under utilized even if it can be lower cost and good quality effects: Nanobubble use for cavitation shock wave & ion effect for much cleaner cut and with less metal cracks compared to abrasives used:(Kumamoto IDM+), Boring concrete with less cracking rate: (Fujiks+), • I3(General cleaning including metals), Hydrodynamic cavitation high pressured water jet nozzle for efficient cleaning/paint/oil peeling(ООО "КПМ" Кавитационная+), • ■ Unlisted effects: inside pipe cleaning, scale removal linkedin.com/in/newnatureparadigm - Ben Rusuisiak: Specialty Cleantech Analysis, Vancouver, 215
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Fire niveauer af Miljøvenlige, Lav
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ABSTRACT: This presentation covers
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• QUALIFICATION OF INFORMATION
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• 66 Under utilized Water Technol
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• 66 Under utilized Water Technol
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• 1‘Crystallization: continued
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• 2’Pulsed Power : Effect Accep
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• 3’KDF: Effect mix of Accepted
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• 5’Natural Acid: Effect mix of
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• 5’Natural Acid: continued 3
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• 6‘Ozone: Effect mix of Accept
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• 6‘Ozone: continued 3 • -->c
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• 6‘Ozone: continued 5 • Gene
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• 7‘UV UltraViolet ray: Effect
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• 7‘UV: continued3 • -->>:var
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• 8‘Aeration, Aerobic Bacteria,
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Page 39 and 40:
Page 41 and 42:
• 9’SuperCritical Water: Effect
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• 9’SuperCritical Water: contin
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• 10‘Sonic, Its Cavitation, Aco
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• 10‘Ultrasonic, Sonic Cavitati
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• 10‘Ultrasonic, Sonic Cavitati
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• 11’Hydrodynamic cavitation: E
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• 11’Hydrodynamic cavitation: c
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• 12’Spiral Vortex/flowform: co
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• 13’Nanobubble: Effect mix of
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• 13’Nanobubble: continued 3
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• 13’Nanobubble: continued 5
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• 14’Photocatalytic water treat
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• 14’Photocatalytic: continued
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• 15’EDI & CDI: Effect mix of A
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• 16-18’General Electrolysis In
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• General Electrolysis Introducti
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• 16’Electrolysis Alkaline wate
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• 16’Electrolysis Alkaline wate
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• 17’Electrolysis Acid water: E
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• 17’Electrolysis Acid water: c
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• 17’Electrolysis Acid water: c
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• 18’Electrolysis Alkaline-Acid
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• 20’Electro phoresis: Effect m
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• 20’Electro phoresis, Electro
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• 21’Fulvic Acid: Effect mix of
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• 22’Nano Material Used Filter:
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• 22’Nano Material Used Filter/
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• 23’Plasma activated water(PAW
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• 24’Electrolytic Metal Alloy +
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• 24’Electrolytic Metal Alloy +
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• 25’Electrostatic treatment: E
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• 25’Electrostatic treatment: c
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• 26’Electric field, EM pulse:
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• 27’Time variant Magnetic Fiel
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• 28’”Catalytic water”, “
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Page 163 and 164: • 28’”Catalytic water”, “
Page 165 and 166: PHASE CHANGE CATALYST TYPE WATER -
Page 167 and 168: PHASE CHANGE CATALYST TYPE WATER -
Page 175 and 176: • 29’HHO:& H2: Effect mix of Di
Page 177 and 178: • 29’HHO: continued 3 • —>>
Page 179 and 180: • 30’EM:& other Micro-organism
Page 181 and 182: • 31’Torsion field/Subtle field
Page 193 and 194: • 32’Scalar wave, Phase conjuga
Page 195 and 196: • 33’Mineral or BioCeramic/FIR-
Page 209 and 210: • 34’Vacuum Freezing/Ice Freezi
Page 211 and 212: • 34’Vacuum Freezing/Ice Freezi
Page 213: • 35’Vacuum Flash Vaporization/
Page 217 and 218: • 37’Water emulsion: continued
Page 225 and 226: • 38’Pumpable Ice Slurry: Effec
Page 227 and 228: • 39’Sabatier reaction etc: HO2
Page 229 and 230: • 40’Electro deposition/Polishi
Page 231 and 232: • 40’Electro Winning/Electro De
Page 233 and 234: • 41’Electro Spray: continued 2
Page 235 and 236: • 42’Electroporation(Cold Plasm
Page 237 and 238: • 42’Electroporation(Cold Plasm
Page 239 and 240: • 44’Electro-Hydraulic effect:
Page 241 and 242: • 44’Electro-Hydraulic effect:
Page 243 and 244: • 45’Electro Dialysis/Bipolar M
Page 245 and 246: • 47’Electro Heating: Effect Ac
Page 247 and 248: • 48’Nitrogen or CO2 infused wa
Page 249 and 250: • 49’Solar Distillation, Solar
Page 251 and 252: • 49’Solar Distillation, Water
Page 253 and 254: • 49’Solar Distillation, Water
Page 255 and 256: • 50’SuperCritical water(SCW) &
Page 261 and 262: • 50’Sub-SuperCritical water(SC
Page 263 and 264: • 50’Sub-SuperCritical water(SC
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• 50’Sub-SuperCritical water(SC
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• 51’SuperHeated Steam: continu
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• 51’SuperHeated Steam: continu
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• 52’Degassing/Degassed Pure Wa
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• 53’Biochar/Classic Carbon + U
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• 53’Biochar/Classic Carbon + U
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• 55’Nano Material treated wate
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• 55’Nano Material treated wate
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• 56’NanoFiltration: continued
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• 57’Electric & Magnetic Resona
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• 58’Ionizing projection in air
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• 59’Ferrous Ferric ion/Ferrate
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• 59’Ferrous Ferric ion water/F
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• 60’Vacuum Saturation heating
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• 61’Membrane Distillation/Perv
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• 62’ Mineral, Far InfraRed, Hi
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• 62’ Mineral, Far InfraRed, Hi
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• 63’Other “Anomalous Process
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• 64’Plant Polymer: Effect Mix
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• 64’Plant Polymer applied to w
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• 64’Plant Polymer applied to w
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• 65’Precipitation related Weat
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• 66’Atomospheric Water Generat
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• How to Read Water Technology Li
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First tech effect comparison 1-2 12
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Second effect comparison 1-2 46 47
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Second effect compared 2-1 34 35 36
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Second effect compared 2-3 56 57 58
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Fire niveauer af Miljøvenlige, Lavpris, Mindre Kendte Vand Teknologi til Fremtiden : Four Types of Forgotten Water Related Low Cost Clean Tech for Commercial & Industrial Applications

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