Miljövänlig , Låg Kostnad, Mindre Känd Vatten Teknik för Framtiden (Sammanfattning på Svenska) / Environmentally Friendly, Low Cost, Less Well Known Water Technology for The Future

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• 50’Sub-SuperCritical water(SCW) group con'd: 11 ♛SubCritical Water 4 ♛HydroThermal Carbonization. • -->>cont: WM Accepted effect: Q3(water only herbicide; Hot water/boiled/low temp subcritical water only), • Weaker effect: U2(increase energy effectiveness), Unlisted effect: radioactive material separation from soil(Maeda.co.jp+), remove heavy metal from soil(N-green.co. jp+), Fertilizer recovery from trash(Greentech solutions grts jp+) • ♛HydroThermal Carbonization/Wet Pyrolysis: Same effect as SubCritical water but main purpose is specifically to produce Bio Coal since 2007/08(Lignin/Brown Coal equivalent quality) from organic waste and biomass. When compared to dry pyrolysis or Anaerobic Digestion(AD) Carbon recovery(90%) cost is much lower, & compared to AD it produces large heat(exothermic, same as dry pyrolysis) during the process, but might not be as valuable as dry biochar. Overall production volume is much smaller than competition method of water uninvolved dry version Torrefaction. Also slightly different but unique catalytic HydroThermal Polymerization(lower temp & pressure, less decarboxylation reaction/CO2 produced) of biomass requires no binder to pelletize(PCS Biofuels),、 • U2(increase energy effectiveness) as WM Accepted effect in Europe, WM sometimes Disputed in North America: It is promoted in mainstream level in Western Europe while effectiveness is sometimes media level pseudoscience along with some willing scientists in North America (rare Atlantic ocean science split). -->>cont. linkedin.com/in/newnatureparadigm - Ben Rusuisiak: Specialty Cleantech Research, Vancouver, Canada 260
• 50’Sub-SuperCritical water(SCW) group con'd: 12 ♛HydroThermal Carbonization 2 • -->>cont: ♛HydroThermal Carbonization/Wet Pyrolysis: U2(increase energy effectiveness) WM Accepted in Europe, Disputed in N America: • Might be working as a precursor/introduction to full Sub/SCW acceptance, Temperature range is often said as 200-300°C with low pressure 5-10bar/ 0.5-1Mpa/75-150psi at European mainstream but actual range seems to include significantly higher pressure and temperature types for the same final product aim while they are not necessarily called by the same name • Industrial size focus(CarboREN - SunCoal, Loritus, Antaco, Ingelia SL+), smaller size installations(Grenol GmbH, Oax-eco+), Production of high value added Hydroxymethylfurfural(5-HMF) for chemical/hydrocarbon industry(AVA-CO2), Waste water focus(TerraNova Energy, Aqua Enviro+), Focus in Eastern Europe & Russian market(NIREX Bio Uhlí, АБОНО Abono +), Dutch initiated movement to turn all growing weeds into fuel stalls: TORWASH(Energieonderzoek Centrum Nederland: ECN) • Unlisted effect: Easy phosphorus recovery from wastewater sludge(AVA-CO2+) linkedin.com/in/newnatureparadigm - Ben Rusuisiak: Specialty Cleantech Analysis, Vancouver, Canada 261
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Miljövänlig , Låg Kostnad, Mindr
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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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• 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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PHASE CHANGE CATALYST TYPE WATER -
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PHASE CHANGE CATALYST TYPE WATER -
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• 29’HHO:& H2: Effect mix of Di
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• 29’HHO: continued 3 • —>>
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• 30’EM:& other Micro-organism
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• 31’Torsion field/Subtle field
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• 32’Scalar wave, Phase conjuga
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• 33’Mineral or BioCeramic/FIR-
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• 34’Vacuum Freezing/Ice Freezi
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• 34’Vacuum Freezing/Ice Freezi
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Page 213 and 214: • 37’Water emulsion: continued
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Page 223 and 224: • 39’Sabatier reaction etc: HO2
Page 225 and 226: • 40’Electro deposition/Polishi
Page 227 and 228: • 40’Electro Winning/Electro De
Page 229 and 230: • 41’Electro Spray: continued 2
Page 231 and 232: • 42’Electroporation(Cold Plasm
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Page 235 and 236: • 44’Electro-Hydraulic effect:
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Page 239 and 240: • 45’Electro Dialysis/Bipolar M
Page 241 and 242: • 47’Electro Heating: Effect Ac
Page 243 and 244: • 48’Nitrogen or CO2 infused wa
Page 245 and 246: • 49’Solar Distillation, Solar
Page 247 and 248: • 49’Solar Distillation, Water
Page 249 and 250: • 49’Solar Distillation, Water
Page 251 and 252: • 50’SuperCritical water(SCW) &
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Page 269 and 270: • 51’SuperHeated Steam: continu
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Page 273 and 274: • 52’Degassing/Degassed Pure Wa
Page 275 and 276: • 53’Biochar/Classic Carbon + U
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Page 279 and 280: • 55’Nano Material treated wate
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Page 283 and 284: • 56’NanoFiltration: continued
Page 289 and 290: • 57’Electric & Magnetic Resona
Page 291 and 292: • 58’Ionizing projection in air
Page 299 and 300: • 59’Ferrous Ferric ion/Ferrate
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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 applied to w
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• 64’Plant Polymer applied to w
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• 65’Rain related Weather Modif
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• 65’Precipitation related Weat
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• 66’Atomospheric Water Generat
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• END OF PRESENTATION • Next 13
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First tech effect comparison 1-1 1
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Second effect comparison 1-1 34 35
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Second effect comparison 1-3 56 57
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Second effect compared 2-2 46 47 48
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Miljövänlig , Låg Kostnad, Mindre Känd Vatten Teknik för Framtiden (Sammanfattning på Svenska) / Environmentally Friendly, Low Cost, Less Well Known Water Technology for The Future

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