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University of Linköping 13th of October 2011 © National Geographic RETHINK THE CITY Thursday 13 October 2011
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Gunter Pauli

May 06, 2015

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  • 1.RETHINK THE CITY National GeographicUniversity of Linkping 13th of October 2011Thursday 13 October 2011

2. RETHINK THE CITYbased on The Blue EconomyA Report to the Club of Rome Prof. Gunter PAULI National GeographicUniversity of Linkping 13th of October 2011Thursday 13 October 2011 3. Who?Thursday 13 October 2011 4. University of Linkping 13th of October 2011Thursday 13 October 2011 5. University of Linkping 13th of October 2011Thursday 13 October 2011 6. University of Linkping 13th of October 2011Thursday 13 October 2011 7. Green Economy Blue Economy University of Linkping 13th of October 2011Thursday 13 October 2011 8. Green Economy Blue Economy Expensive Subsidized Taxes University of Linkping13th of October 2011Thursday 13 October 2011 9. Green Economy Blue Economy ExpensiveInnovative SubsidizedCompetitive TaxesJobs with ROI University of Linkping 13th of October 2011Thursday 13 October 2011 10. Green Economy Blue Economy University of Linkping 13th of October 2011Thursday 13 October 2011 11. Green Economy Blue Economy ProtectComply In favor or against University of Linkping 13th of October 2011Thursday 13 October 2011 12. Green Economy Blue Economy Protect RegenerateComplyEntrepreneurs In favor or against Choose the best University of Linkping 13th of October 2011Thursday 13 October 2011 13. National Geographic University of Linkping 13th of October 2011Thursday 13 October 2011 14. National Geographic University of Linkping 13th of October 2011Thursday 13 October 2011 15. biodegradable National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 16. biodegradable not sustainable National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 17. Sustainability isthe capacity to respond to the basic needs of all ... National Geographic Gunter Pauli National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 18. Sustainability isthe capacity to respond to the basic needs of all ... National Geographic Gunter Pauli National Geographic with what we have University of Linkping13th of October 2011Thursday 13 October 2011 19. Sustainability isthe capacity to respond to the basic needs of all ... National Geographic Gunter Pauli National Geographic with what we have(that is the way nature works) University of Linkping13th of October 2011Thursday 13 October 2011 20. If we only teach our children all we know University of Linkping 13th of October 2011Thursday 13 October 2011 21. If we only teach our children all we knowThen they can never do better University of Linkping 13th of October 2011Thursday 13 October 2011 22. National Geographic University of Linkping 13th of October 2011Thursday 13 October 2011 23. Is everyone looking in the same direction? National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 24. Is everyone looking in the same direction? National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 25. Is everyone looking in the same direction? National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 26. Is everyone looking in the same direction? National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 27. Is everyone looking in the same direction? National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 28. National Geographic University of Linkping 13th of October 2011Thursday 13 October 2011 29. gravity National Geographic University of Linkping 13th of October 2011Thursday 13 October 2011 30. Gunter Pauli University of Linkping13th of October 2011Thursday 13 October 2011 31. Gunter Pauli University of Linkping13th of October 2011Thursday 13 October 2011 32. ventilation Gunter Pauli University of Linkping13th of October 2011Thursday 13 October 2011 33. INSPIRED by the ZEBRADaiwa House, Sendai (Japan) Daiwa House Gunter Pauli University of Linkping13th of October 2011Thursday 13 October 2011 34. INSPIRED by the ZEBRADaiwa House, Sendai (Japan)save energy, improve productivity, increase value of the building Daiwa House Gunter Pauli University of Linkping 13th of October 2011Thursday 13 October 2011 35. Gunter Pauli University of Linkping13th of October 2011Thursday 13 October 2011 36. humidity temperature Gunter Pauli University of Linkping13th of October 2011Thursday 13 October 2011 37. INSPIRED by TERMITESLaggarberg School, Timr (Sweden) Gunter Pauli University of Linkping13th of October 2011University of Linkping13th of October 2011Thursday 13 October 2011 38. INSPIRED by TERMITESLaggarberg School, Timr (Sweden)save energy, healthy children who study better, increasing the value in the area Gunter Pauli University of Linkping 13th of October 2011University of Linkping 13th of October 2011Thursday 13 October 2011 39. Self-sufficient hospital, Gaviotas (Colombia) University of Linkping 13th of October 2011Thursday 13 October 2011 40. University of Linkping 13th of October 2011Thursday 13 October 2011 41. vegetable steel University of Linkping 13th of October 2011Thursday 13 October 2011 42. Luis Guillermo Camargo University of Linkping 13th of October 2011Thursday 13 October 2011 43. University of Linkping 13th of October 2011Thursday 13 October 2011 44. University of Linkping 13th of October 2011Thursday 13 October 2011 45. University of Linkping 13th of October 2011Thursday 13 October 2011 46. University of Linkping 13th of October 2011Thursday 13 October 2011 47. WATER and RENEWABLE ENERGY National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 48. WATER and RENEWABLE ENERGYgenerated with National GeographicWHAT YOU HAVE University of Linkping 13th of October 2011Thursday 13 October 2011 49. The Laws of Physics University of Linkping 13th of October 2011Thursday 13 October 2011 50. The Laws of PhysicsWaterWatts/m3/sec University of Linkping 13th of October 2011Thursday 13 October 2011 51. The Laws of Physics WaterWatts/m3/sec Watts/m2 Solar - PV University of Linkping 13th of October 2011Thursday 13 October 2011 52. The Laws of Physics WaterWatts/m3/sec Watts/m2 Solar - PV Watts/m/sec Wind University of Linkping 13th of October 2011Thursday 13 October 2011 53. Water is +800x more dense than air University of Linkping 13th of October 2011Thursday 13 October 2011 54. Water is +800x more dense than air 15 km/hr ow of water (8 knots) equals 380 km/hr of wind University of Linkping 13th of October 2011Thursday 13 October 2011 55. THE FUTURE OF HYDRO-ELECTRICITY Gunter Pauli University of Linkping 13th of October 2011Thursday 13 October 2011 56. CONSTRICTIONLow Pressure Giovanni Batista Venturi High Speed High Pressure High pressureLow Speed Low Speed University of Linkping13th of October 2011Thursday 13 October 2011 57. CONSTRICTIONLow Pressure Giovanni Batista Venturi High Speed High Pressure High pressureLow Speed water owLow Speed University of Linkping13th of October 2011Thursday 13 October 2011 58. CONSTRICTIONLow Pressure Giovanni Batista Venturi High Speed High Pressure High pressureLow Speed water owLow Speed University of Linkping13th of October 2011Thursday 13 October 2011 59. CONSTRICTIONLow Pressure Giovanni Batista Venturi High Speed High Pressure High pressurewater ow Low Speed water owLow Speed University of Linkping13th of October 2011Thursday 13 October 2011 60. CONSTRICTIONLow Pressure Giovanni Batista Venturi High Speed High Pressure High pressurewater ow Low Speed water owLow Speed University of Linkping13th of October 2011Thursday 13 October 2011 61. CONSTRICTIONLow Pressure Giovanni Batista Venturi High Speed High Pressure High pressurewater ow Low Speed water owLow Speed University of Linkping13th of October 2011Thursday 13 October 2011 62. CONSTRICTIONAaron Davidson Venturi TurbineLow Pressure Giovanni Batista Venturi High Speed High Pressure High pressurewater ow Low Speed water owLow Speed University of Linkping13th of October 2011Thursday 13 October 2011 63. River ows and tidal waves University of Linkping 13th of October 2011Thursday 13 October 2011 64. River ows and tidal waves reduce the negative impact University of Linkping 13th of October 2011Thursday 13 October 2011 65. River ows and tidal waves reduce the negative impact University of Linkping 13th of October 2011Thursday 13 October 2011 66. River ows and tidal waves reduce the negative impact3.8x more electricity with the same flow, no dams, co-generating University of Linkping 13th of October 2011Thursday 13 October 2011 67. BHUTAN University of Linkping13th of October 2011Thursday 13 October 2011 68. THE FUTURE OF WASTE Ulsan, Korea University of Linkping13th of October 2011Thursday 13 October 2011 69. University of Linkping 13th of October 2011Thursday 13 October 2011 70. biogas University of Linkping13th of October 2011Thursday 13 October 2011 71. 100.000 population 15.000 m3 methane gaz per dayor 5.5 million m3 methane gaz per year Gunter Pauli University of Linkping13th of October 2011Thursday 13 October 2011 72. 100.000 population 15.000 m3 methane gaz per dayor 5.5 million m3 methane gaz per yearhow many tankers? Gunter Pauli University of Linkping13th of October 2011Thursday 13 October 2011 73. Municipal Waste Water Treatment University of Linkping 13th of October 2011Thursday 13 October 2011 74. Municipal Waste Water Treatment a cost is converted in an income lesss taxes, carbon credits, generating energy University of Linkping13th of October 2011Thursday 13 October 2011 75. THE FUTURE OF SOLAR University of Linkping 13th of October 2011Thursday 13 October 2011 76. THE FUTURE OF SOLARbased on MULTI-FUNCIONALITY University of Linkping13th of October 2011Thursday 13 October 2011 77. Top Performance about130W/sqmSmallApplicationsUse less silicon materialLower cost/W Hybrid Panels (PVT)Traditional PhotovoltaicsTop Performance 130W/sqmHeat (400W/sqm)&Power (136W/sqm) Solarus AB University of Linkping 13th of October 2011Thursday 13 October 2011 78. Top Performance about130W/sqmSmallApplicationsUse less silicon materialLower cost/W Hybrid Panels (PVT)Traditional PhotovoltaicsTop Performance 130W/sqmHeat (400W/sqm)&Power (136W/sqm) Solarus AB University of Linkping 13th of October 2011Thursday 13 October 2011 79. Top Performance about130W/sqmSmallApplicationsUse less silicon materialLower cost/W Hybrid Panels (PVT)Traditional PhotovoltaicsTop Performance 130W/sqmHeat (400W/sqm)&Power (136W/sqm) Solarus AB University of Linkping 13th of October 2011Thursday 13 October 2011 80. Top Performance about130W/sqmSmallApplicationsUse less silicon materialLower cost/W Hybrid Panels (PVT)Traditional PhotovoltaicsTop Performance 130W/sqmHeat (400W/sqm)&Power (136W/sqm) Solarus AB University of Linkping 13th of October 2011Thursday 13 October 2011 81. Top Performance about130W/sqmSmallApplicationsUse less silicon materialLower cost/W Hybrid Panels (PVT)Traditional PhotovoltaicsTop Performance 130W/sqmHeat (400W/sqm)&Power (136W/sqm) Solarus AB University of Linkping 13th of October 2011Thursday 13 October 2011 82. THE FUTURE OF LANDFILLS Gunter Pauli University of Linkping 13th of October 2011Thursday 13 October 2011 83. THE FUTURE OF LANDFILLS Large Applications !"#$%&()*+,-./012+3+4,/01#+5&6#"+78&%0+ ,//+"&69+&(+:/+;&%?+ Gunter Pauli University of Linkping13th of October 2011Thursday 13 October 2011 84. Landlls University of Linkping13th of October 2011Thursday 13 October 2011 85. Landlls cost moneygenerate income and jobs, reduce taxes, provide warm water University of Linkping 13th of October 2011Thursday 13 October 2011 86. 1,500 HA landll space equipped with these panels Gunter Pauli University of Linkping 13th of October 2011Thursday 13 October 2011 87. 1,500 HA landll space equipped with these panels 3-5.000 MW free warm water Gunter Pauli University of Linkping 13th of October 2011Thursday 13 October 2011 88. THE FUTURE OF DRINKING WATER National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 89. THE FUTURE OF DRINKING WATERbased onPHYSICS National Geographic University of Linkping 13th of October 2011Thursday 13 October 2011 90. THE POWER OF THE VORTEX University of Linkping 13th of October 2011Thursday 13 October 2011 91. WATER PURIFICATION University of Linkping13th of October 2011Thursday 13 October 2011 92. WATER PURIFICATION University of Linkping13th of October 2011Thursday 13 October 2011 93. WATER PURIFICATION University of Linkping13th of October 2011Thursday 13 October 2011 94. WATER PURIFICATION University of Linkping13th of October 2011Thursday 13 October 2011 95. WATER PURIFICATION no pumps University of Linkping13th of October 2011Thursday 13 October 2011 96. WATER PURIFICATION no filters no pumps University of Linkping13th of October 2011Thursday 13 October 2011 97. WATER PURIFICATION no filters no membranesno pumps University of Linkping13th of October 2011Thursday 13 October 2011 98. THE FUTURE OF INNER-CITY MANUFACTURING National Geographic University of Linkping13th of October 2011Thursday 13 October 2011 99. THE FUTURE OF INNER-CITY MANUFACTURINGbased on National GeographicLOCAL RESOURCES University of Linkping13th of October 2011Thursday 13 October 2011 100. 4kg of Ti University of Linkping 13th of October 2011Thursday 13 October 2011 101. 4kg of Ti 300gr of Ti University of Linkping 13th of October 2011Thursday 13 October 2011 102. 4kg Ti Ti 330gr of of powder 300gr of Ti University of Linkping13th of October 2011Thursday 13 October 2011 103. cold plasma + laser4kg Ti Ti330gr of of powder 300gr of Ti University of Linkping 13th of October 2011Thursday 13 October 2011 104. cold plasma + laser4kg Ti Ti330gr of of powder 300gr of Tix12 less material University of Linkping 13th of October 2011Thursday 13 October 2011 105. cold plasma + laser4kg Ti Ti330gr of of powder 300gr of Tix12 less material no water University of Linkping 13th of October 2011Thursday 13 October 2011 106. cold plasma + laser 4kg Ti Ti 330gr of of powder 300gr of Ti x12 less materialno water 100% in-situ recycling University of Linkping13th of October 2011Thursday 13 October 2011 107. OUTCOMPETE CHINAcold plasma + laser 4kg Ti Ti 330gr of of powder 300gr of Ti x12 less materialno water 100% in-situ recycling University of Linkping13th of October 2011Thursday 13 October 2011 108. Where do we start? University of Linkping13th of October 2011Thursday 13 October 2011 109. Where do we start? Responding to the Basic Needs of all University of Linkping13th of October 2011Thursday 13 October 2011 110. Where do we start?Responding to the Basic Needs of allSeveral Basic Needs Require Priority Attention Water and Energy rst with Housing as the Catalyst University of Linkping13th of October 2011Thursday 13 October 2011 111. Water Energy HousingHealthFoodJobs EducationWhere do we start?Responding to the Basic Needs of allSeveral Basic Needs Require Priority Attention Water and Energy rst with Housing as the Catalyst University of Linkping 13th of October 2011Thursday 13 October 2011 112. Has this been done? University of Linkping 13th of October 2011Thursday 13 October 2011 113. Has this been done? Each vision expressed is based on hands-on experiencebenchmarked and proven over the years. University of Linkping 13th of October 2011Thursday 13 October 2011 114. Regenerating Land value Shift from 70%CreateEmpower Social Housing Self-sufcient 110,000 kidsFood SecurityCutting-edge Biodiversity x 3,000gastro-intestinal to10,000 jobswomen andat $1,700in energy and and 6,000for villages technologies from 17 to 256over 25 years water as commons from food waste childrenper unitwaterteachers with healthy food for Africa Has this been done?Each vision expressed is based on hands-on experience benchmarked and proven over the years. University of Linkping13th of October 2011Thursday 13 October 2011 115. Regenerating Land value Shift from 70%CreateEmpower Social Housing Self-sufcient 110,000 kidsFood SecurityCutting-edge Biodiversity x 3,000gastro-intestinal to10,000 jobswomen andat $1,700in energy and and 6,000for villages technologies from 17 to 256over 25 years water as commons from food waste childrenper unitwaterteachers with healthy food for Africa Has this been done?Each vision expressed is based on hands-on experience benchmarked and proven over the years.For the rst time these innovations are bundled in Africain one major urban development project University of Linkping13th of October 2011Thursday 13 October 2011 116. Money Drains Out of the Area We Connect the Key Challenges University of Linkping 13th of October 2011Thursday 13 October 2011 117. No Jobs Imminent LandllNuclearClosure Landll ClosureClosed Open QuarriesMoney Drains Out of the AreaDrinkingWe Connect the Key ChallengesWaterFood SecurityLoss ofBiodiversity University of Linkping13th of October 2011Thursday 13 October 2011 118. No JobsImminent Landll Nuclear Closure Landll ClosureOver-capacity atindustrial parkClosed Open Quarries Over-capacity ofMoney Drains Out of the Area Drinking natural gas We Connect the Key ChallengesWater generators FoodSurvivalSecurity Agriculture Housing ShortageLoss of Biodiversity Costly Public Strong Electro-Transportation Magnetic Fields University of Linkping 13th of October 2011Thursday 13 October 2011 119. No JobsImminent Landll Nuclear ClosureLandll ClosureOver-capacity atindustrial parkClosed Open Quarries Over-capacity ofMoney Drains Out of the Area Drinking natural gas We Connect the Key ChallengesWater generators With a System of SolutionsFoodSurvivalSecurity Agriculture Housing free of subsidy needs ShortageLoss of Biodiversity Costly Public Strong Electro-Transportation Magnetic Fields University of Linkping 13th of October 2011Thursday 13 October 2011 120. We implement Solutions University of Linkping13th of October 2011Thursday 13 October 2011 121. We implement Solutions that generate jobs and build social capital University of Linkping 13th of October 2011Thursday 13 October 2011 122. Highest ConcentrationUrban Mining of Renewablesfor building materials in Africausing existing grid Landll as Platformfor Renewables We implement SolutionsWater that generate jobs and build social capitalCycles Healthy Food BiodiversityVertical TurbineCorridors inside Pylons University of Linkping13th of October 2011Thursday 13 October 2011 123. Highest Jobs ConcentrationUrban Mining Create New Industriesof Renewablesfor building materials Responding FIRST in Africa using existing grid Landll as Platform to local needs for RenewablesNatural gas We implement Solutionsgenerators withWater spirulina farm that generate jobs and build social capitalCycles Urban andHealthy FoodSeawater AgricultureBiodiversityElectric Bus Vertical TurbineCorridors Feeder Systeminside Pylons University of Linkping 13th of October 2011Thursday 13 October 2011 124. Highest Jobs ConcentrationUrban Mining Create New Industriesof Renewablesfor building materials Responding FIRST in Africa using existing grid Landll as Platform to local needs for RenewablesNatural gas We implement Solutionsgenerators withWater spirulina farm that generate jobs and build social capitalCycles Urban andWescape is the Catalyst Healthy FoodSeawaterDesigned with a Multiplier Effect AgricultureBiodiversityElectric Bus Vertical TurbineCorridors Feeder Systeminside Pylons University of Linkping 13th of October 2011Thursday 13 October 2011 125. Wescape University of Linkping 13th of October 2011Thursday 13 October 2011 126. WescapeRainwatercatchmentHydro Water Excess Power University of Linkping13th of October 2011Thursday 13 October 2011 127. WescapeRainwatercatchmentHydro Water DrinkingExcessWaterPower Light fromow University of Linkping13th of October 2011Thursday 13 October 2011 128. WescapeRainwatercatchmentHydro WaterWind DrinkingExcessWaterPower Light fromow University of Linkping13th of October 2011Thursday 13 October 2011 129. WescapeRainwatercatchmentHydro WaterWind DrinkingExcessWaterPower Electric Light from publicow transport University of Linkping13th of October 2011Thursday 13 October 2011 130. WescapeRainwatercatchmentHydro Storing Watersolarheat Wind DrinkingExcessWaterPower SolarElectric Light from electricitypublicowtransport University of Linkping 13th of October 2011Thursday 13 October 2011 131. WescapeRainwatercatchmentHydro Storing WatersolarBuildingheat Wind DrinkingExcessMaterialsWaterPowerGrey SolarWaste Electric Biogas Water SMW Light from electricitypublicowtransport University of Linkping 13th of October 2011Thursday 13 October 2011 132. WescapeRainwaterSeawatercatchmentHydro StoringFarming Watersolar Pulp toProteinBuildingheat Wind DrinkingExcessMaterialsWaterPowerGrey SolarWaste Electric Biogas Water SMW Light from electricitypublicowtransport University of Linkping 13th of October 2011Thursday 13 October 2011 133. WescapeRainwaterDC SeawatercatchmentHydro Storingfridge Farming Watersolar Pulp toProteinBuilding Carbonheat Wind DrinkingExcessMaterials oor heatWaterPowerGrey SolarWaste Electric Biogas Water SMW Light from electricitypublicowtransport University of Linkping 13th of October 2011Thursday 13 October 2011 134. WescapeRainwater Edutain-DC SeawatercatchmentHydro Storing mentfridge Farming WatersolarPulp to ProteinBuilding Carbonheat Wind DrinkingExcess Materials oor heatWaterPower Grey Solar Waste Electric BiogasWater SMW Light from electricity publicow transport University of Linkping13th of October 2011Thursday 13 October 2011 135. WescapeRainwater Edutain- DCSeawatercatchmentHydro Storing ment fridgeFarming WatersolarPulp to Protein Building CarbonheatWind Drinking Excess Materials oor heatWater Power GreySolar Waste Electric Biogas WaterSMW Light fromelectricity publicowtransport JOBSHEALTHHOUSINGFOODWATERENERGYEDUCATION Direct job generation Water, food and housing Competitive, healthy while90% food security can be Wescape is self-sufcientEnergy Potential 250MW Schooling for happiness,links Atlantis to the future plus preventive medicine building up social capitalattained with 15% landin water for all purposes in and around Wescape life, responding to needs CARBON CREDITCASH FLOWRECOVERY of TOP SOILBIODIVERSITY SOCIAL CAPITALROI This project qualies forEarly, integrated and netnutrients from black andinvasive non-native land value increases,above average long termat least $250 mio CEF accumulated positive c.f.grey water systems species converted to food education and jobs returns over long term University of Linkping13th of October 2011Thursday 13 October 2011 136. Basic Principles Housing and Construction University of Linkping 13th of October 2011Thursday 13 October 2011 137. Basic Focus on reducing daily operational costs for energy, water, Principles food, health and education generating the multiplier effect Housing and Construction University of Linkping13th of October 2011Thursday 13 October 2011 138. Basic Focus on reducing daily operational costs for energy, water, Principles food, health and education generating the multiplier effect Housing and Construction Colombian Hospital Japanese Ofces Shopping Center Harare Car Workshop in Sweden University of Linkping13th of October 2011Thursday 13 October 2011 139. Basic Focus on reducing daily operational costs for energy, water, Principles food, health and education generating the multiplier effect Housing and ConstructionGuesstimateThe local assembly of housesmust target a 3 day maximum The total costs - investment and operations will be calculated over Colombian Hospital Japanese Ofces Shopping Center Harare Car Workshop in Sweden 25 years. University of Linkping13th of October 2011Thursday 13 October 2011 140. Basic Principles Housing and Construction University of Linkping 13th of October 2011Thursday 13 October 2011 141. Basic The backbone of electricity will be DC Principles Housing and Construction University of Linkping13th of October 2011Thursday 13 October 2011 142. Basic The backbone of electricity will be DC Principles Housing and Construction University of Linkping13th of October 2011Thursday 13 October 2011 143. BasicThe backbone of electricity will be DC Principles Housing and Construction Guesstimate Assembly of white goods (refrigeration) based on DCunder license from ITRI Taiwan Generating jobs and Representing the most ecological option Qualies for CO2e University of Linkping 13th of October 2011Thursday 13 October 2011 144. Basic The backbone of electricity will be DC PrinciplesHousing andConstruction GuesstimateGuesstimateAssembly of LED will be at Atlantis Assembly of white goodsunder license of DELTA Electronics(refrigeration) based on DC (Taiwan)under license from ITRI Taiwan Generating jobs and soon anGenerating jobs and Representingexport product for Africa the most ecological option Qualies for CO2eQualies for CO2e University of Linkping13th of October 2011Thursday 13 October 2011 145. Wind Wind Wind University of Linkping 13th of October 2011Thursday 13 October 2011 146. An estimated 500 XL pylons exist today within 15 km radius WindWind Wind University of Linkping 13th of October 2011Thursday 13 October 2011 147. An estimated 500 XL pylons exist today within 15 km radius At least 2,000 additional S-L-X-XL transmission pylons will be added WindWind Wind University of Linkping 13th of October 2011Thursday 13 October 2011 148. An estimated 500 XL pylons exist today within 15 km radius At least 2,000 additional S-L-X-XL transmission pylons will be added WindWind Wind 1kW10kW-100kW100kW-1MW University of Linkping 13th of October 2011Thursday 13 October 2011 149. An estimated 500 XL pylons exist today within 15 km radius At least 2,000 additional S-L-X-XL transmission pylons will be added WindWind ESKOM Wind Transfer Station 1kW10kW-100kW100kW-1MW University of Linkping 13th of October 2011Thursday 13 October 2011 150. An estimated 500 XL pylons exist today within 15 km radius At least 2,000 additional S-L-X-XL transmission pylons will be added WindWind ESKOM Wind Transfer Station Guesstimate Potential 100MW 0.01 c/kWhr. Manufactured at Atlantisunder license from IosisQualies for CO2e 1kW10kW-100kW100kW-1MW University of Linkping 13th of October 2011Thursday 13 October 2011 151. University of Linkping 13th of October 2011Thursday 13 October 2011 152. Solar electricity Solar heat University of Linkping 13th of October 2011Thursday 13 October 2011 153. Heat and power with1/3 of the wafer and wiring using both sidesSolar electricity Solar heat University of Linkping13th of October 2011Thursday 13 October 2011 154. Heat and power with1/3 of the wafer and wiring using both sides Sun concentration reectors x3.5 cased in recycled carbon berSolar electricity Solar heat University of Linkping13th of October 2011Thursday 13 October 2011 155. Heat and power with1/3 of the wafer and wiring using both sides Sun concentration reectors x3.5 cased in recycled carbon ber PV PanelsSolar electricity SolarSolarus PV heatTop Performance about130W/sqmSmall ApplicationsUse less silicon material Lower cost/W Hybrid Panels (PVT)Traditional PhotovoltaicsTop Performance 130W/sqmHeat (400W/sqm)&Power (136W/sqm) University of Linkping 13th of October 2011Thursday 13 October 2011 156. Heat and power with1/3 of the wafer and wiring using both sides Sun concentration reectors x3.5 cased in recycled carbon berPV PanelsSolar electricity Solar Solarus PV heat Solar Top Performance about130W/sqm electricity Small ApplicationsUse less silicon materialLower cost/WHybrid Panels (PVT) Traditional Photovoltaics Top Performance 130W/sqm Heat (400W/sqm) & Power (136W/sqm) University of Linkping13th of October 2011Thursday 13 October 2011 157. Heat and power with1/3 of the wafer and wiring using both sides Sun concentration reectors x3.5 cased in recycled carbon berPV PanelsSolar electricity Solar Solarus PV heat Solar Top Performance about130W/sqm electricity Small ApplicationsUse less silicon materialLower cost/WHybrid Panels (PVT) GuesstimatePotential 100-200MW 0.015 c/kWhr manufacturedat Atlantis under license from Traditional Photovoltaics Solarus (Sweden) Top Performance 130W/sqm Heat (400W/sqm)Qualies for CO2e & Power (136W/sqm) University of Linkping13th of October 2011Thursday 13 October 2011 158. Heat and power with1/3 of the wafer and wiring using both sides Sun concentration reectors x3.5 cased in recycled carbon ber PV PanelsSolarLandll electricity Solar as baseSolarus PV heat Solar stationTop Performance about130W/sqm electricity Small ApplicationsUse less silicon materialLower cost/WHybrid Panels (PVT) GuesstimatePotential 100-200MW 0.015 c/kWhr manufacturedat Atlantis under license from Traditional Photovoltaics Solarus (Sweden) Top Performance 130W/sqm Heat (400W/sqm)Qualies for CO2e & Power (136W/sqm) University of Linkping13th of October 2011Thursday 13 October 2011 159. University of Linkping 13th of October 2011Thursday 13 October 2011 160. Building Materials Biogas WasteSMWWater University of Linkping 13th of October 2011Thursday 13 October 2011 161. BuildingMaterialsBuildingMaterials GreyBiogas WasteSMW WaterBiogas WasteSMW Water University of Linkping13th of October 2011Thursday 13 October 2011 162. BuildingMaterialsBuildingMaterials Grey LandllBiogas WasteSMW as base WaterBiogasstation WasteSMW Water University of Linkping13th of October 2011Thursday 13 October 2011 163. Buildingorganic food waste increases biogas by factor 4 Grey water plusMaterialsBuildingMaterials GreyLandllBiogas Waste SMW as base Water BiogasstationWasteSMWWater University of Linkping 13th of October 2011Thursday 13 October 2011 164. Buildingorganic food waste increases biogas by factor 4Grey water plus Materials Reduces load on landll and generates qualityBuilding for land restoration sludge Materials GreyLandllBiogas Waste SMW as base Water BiogasstationWasteSMWWater University of Linkping 13th of October 2011Thursday 13 October 2011 165. Buildingorganic food waste increases biogas by factor 4Grey water plus Materials Reduces load on landll and generates qualityBuilding for land restoration sludge Materials GreyLandllBiogas Waste SMW as base Water Biogasstation !"#$%& Waste!"#$%"&(%)*+$,-*"$.&SMW !#%()*#+,&&)+%*%-"."/",&Water !"#$%&()$*+,-#./$0)$1+0#2 !"#$%"&(%)*+$,-*"$.&3,)/+(./ 45+(/0,) /0(-.#1 01*2/) ,3%4*.,&53&0#)/ 2&1.*(3$"4(!)5"6(7)#-./)),(0.1"-(!8-1$9*4(:5$&,4(;(?$)+3-&1(%#)9-*$%(9.1(%&-.*$*9 =#),3%"$)*(!//(@$&&$)*(Q@A(E$)9.1(