gunter pauli
TRANSCRIPT
University of Linköping 13th of October 2011
© National Geographic
RETHINK THE CITY
Thursday 13 October 2011
University of Linköping 13th of October 2011
© National Geographic
RETHINK THE CITY
based on
The Blue EconomyA Report to the Club of Rome
Prof. Gunter PAULI
Thursday 13 October 2011
Who?
Thursday 13 October 2011
University of Linköping 13th of October 2011
Thursday 13 October 2011
University of Linköping 13th of October 2011
Thursday 13 October 2011
University of Linköping 13th of October 2011
Thursday 13 October 2011
Green Economy Blue Economy
13th of October 2011University of Linköping
Thursday 13 October 2011
Green Economy Blue Economy
13th of October 2011
ExpensiveSubsidized
Taxes
University of Linköping
Thursday 13 October 2011
Green Economy Blue Economy
13th of October 2011
ExpensiveSubsidized
Taxes
InnovativeCompetitive
Jobs with ROI
University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Green Economy Blue Economy
Thursday 13 October 2011
13th of October 2011
ProtectComply
In favor or against
University of Linköping
Green Economy Blue Economy
Thursday 13 October 2011
13th of October 2011
ProtectComply
In favor or against
RegenerateEntrepreneurs
Choose the best
University of Linköping
Green Economy Blue Economy
Thursday 13 October 2011
13th of October 2011
© National Geographic
University of Linköping
Thursday 13 October 2011
13th of October 2011
© National Geographic
University of Linköping
Thursday 13 October 2011
13th of October 2011
© National Geographic
biodegradable
University of Linköping
Thursday 13 October 2011
13th of October 2011
© National Geographic
biodegradable
not sustainable
University of Linköping
Thursday 13 October 2011
University of Linköping 13th of October 2011
the capacity to respond to the basic needs of all ...Sustainability is
© National Geographic © National Geographic© Gunter Pauli
Thursday 13 October 2011
University of Linköping 13th of October 2011
with what we have
the capacity to respond to the basic needs of all ...Sustainability is
© National Geographic © National Geographic© Gunter Pauli
Thursday 13 October 2011
University of Linköping 13th of October 2011
with what we have(that is the way nature works)
the capacity to respond to the basic needs of all ...Sustainability is
© National Geographic © National Geographic© Gunter Pauli
Thursday 13 October 2011
13th of October 2011
If we only teach our children all we know
University of Linköping
Thursday 13 October 2011
13th of October 2011
If we only teach our children all we know
Then they can never do better University of Linköping
Thursday 13 October 2011
13th of October 2011
© National Geographic
University of Linköping
Thursday 13 October 2011
13th of October 2011
Is everyone looking in the same direction?
© National Geographic
University of Linköping
Thursday 13 October 2011
13th of October 2011
Is everyone looking in the same direction?
© National Geographic
University of Linköping
Thursday 13 October 2011
13th of October 2011
Is everyone looking in the same direction?
© National Geographic
University of Linköping
Thursday 13 October 2011
13th of October 2011
Is everyone looking in the same direction?
© National Geographic
University of Linköping
Thursday 13 October 2011
13th of October 2011
Is everyone looking in the same direction?
© National Geographic
University of Linköping
Thursday 13 October 2011
13th of October 2011
© National Geographic
University of Linköping
Thursday 13 October 2011
gravity
13th of October 2011
© National Geographic
University of Linköping
Thursday 13 October 2011
13th of October 2011
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
13th of October 2011
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
ventilation
13th of October 2011
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
13th of October 2011
© Daiwa House
Daiwa House, Sendai (Japan)INSPIRED by the ZEBRA
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
13th of October 2011
© Daiwa House
Daiwa House, Sendai (Japan)INSPIRED by the ZEBRA
save energy, improve productivity, increase value of the building © Gunter Pauli
University of Linköping
Thursday 13 October 2011
13th of October 2011
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
humid i ty
temperature13th of October 2011
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
13th of October 2011
INSPIRED by TERMITESLaggarberg School, Timrå (Sweden)
© Gunter Pauli
University of Linköping 13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011
INSPIRED by TERMITESLaggarberg School, Timrå (Sweden)
save energy, healthy children who study better, increasing the value in the area© Gunter Pauli
University of Linköping 13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Self-sufficient hospital, Gaviotas (Colombia)
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
vegetable steel
Thursday 13 October 2011
13th of October 2011
© Luis Guillermo Camargo
University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011
© National Geographic
WATER andRENEWABLE ENERGY
University of Linköping
Thursday 13 October 2011
13th of October 2011
© National Geographic
generated with
WHAT YOU HAVE
WATER andRENEWABLE ENERGY
University of Linköping
Thursday 13 October 2011
13th of October 2011
The Laws of Physics
University of Linköping
Thursday 13 October 2011
13th of October 2011
WaterWatts/m3/sec
The Laws of Physics
University of Linköping
Thursday 13 October 2011
13th of October 2011
Watts/m2 Solar - PV
WaterWatts/m3/sec
The Laws of Physics
University of Linköping
Thursday 13 October 2011
WindWatts/m/sec
13th of October 2011
Watts/m2 Solar - PV
WaterWatts/m3/sec
The Laws of Physics
University of Linköping
Thursday 13 October 2011
13th of October 2011
Water is +800x more densethan air
University of Linköping
Thursday 13 October 2011
13th of October 2011
Water is +800x more densethan air
15 km/hr flow of water (8 knots) equals
380 km/hr of windUniversity of Linköping
Thursday 13 October 2011
13th of October 2011
THE FUTURE OF HYDRO-ELECTRICITY
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
13th of October 2011
CONSTRICTIONLow PressureHigh Speed
High pressureLow Speed
High PressureLow Speed
Giovanni Batista Venturi
University of Linköping
Thursday 13 October 2011
13th of October 2011
CONSTRICTIONLow PressureHigh Speed
High pressureLow Speed
High PressureLow Speed
Giovanni Batista Venturi
water flow
University of Linköping
Thursday 13 October 2011
13th of October 2011
CONSTRICTIONLow PressureHigh Speed
High pressureLow Speed
High PressureLow Speed
Giovanni Batista Venturi
water flow
University of Linköping
Thursday 13 October 2011
13th of October 2011
CONSTRICTIONLow PressureHigh Speed
High pressureLow Speed
High PressureLow Speed
Giovanni Batista Venturi
water flowwater flow
University of Linköping
Thursday 13 October 2011
13th of October 2011
CONSTRICTIONLow PressureHigh Speed
High pressureLow Speed
High PressureLow Speed
Giovanni Batista Venturi
water flowwater flow
University of Linköping
Thursday 13 October 2011
13th of October 2011
CONSTRICTIONLow PressureHigh Speed
High pressureLow Speed
High PressureLow Speed
Giovanni Batista Venturi
water flowwater flow
University of Linköping
Thursday 13 October 2011
13th of October 2011
CONSTRICTIONLow PressureHigh Speed
High pressureLow Speed
High PressureLow Speed
Giovanni Batista VenturiAaron Davidson Venturi Turbine
water flowwater flow
University of Linköping
Thursday 13 October 2011
13th of October 2011
River flows and tidal waves
University of Linköping
Thursday 13 October 2011
13th of October 2011
River flows and tidal waves
reduce the negative impact
University of Linköping
Thursday 13 October 2011
13th of October 2011
River flows and tidal waves
reduce the negative impact
University of Linköping
Thursday 13 October 2011
13th of October 2011
River flows and tidal waves
3.8x more electricity with the same flow, no dams, co-generating reduce the negative impact
University of Linköping
Thursday 13 October 2011
13th of October 2011
BHUTAN
University of Linköping
Thursday 13 October 2011
Ulsan, KoreaTHE FUTURE OF WASTE
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
biogas13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011
100.000 population 15.000 m3 methane gaz per dayor 5.5 million m3 methane gaz per year
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
13th of October 2011
how many tankers?
100.000 population 15.000 m3 methane gaz per dayor 5.5 million m3 methane gaz per year
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
13th of October 2011
Municipal Waste Water Treatment
University of Linköping
Thursday 13 October 2011
13th of October 2011
Municipal Waste Water Treatment
a cost is converted in an income lesss taxes, carbon credits, generating energy
University of Linköping
Thursday 13 October 2011
THE FUTURE OF SOLAR
13th of October 2011University of Linköping
Thursday 13 October 2011
THE FUTURE OF SOLAR
13th of October 2011
based on
MULTI-FUNCIONALITY
University of Linköping
Thursday 13 October 2011
Hybrid Panels (PVT)
Heat (400W/sqm) & Power (136W/sqm)
PV Panels
Solarus PV Top Performance about130W/sqm
Use less silicon material Lower cost/W
Traditional Photovoltaics Top Performance 130W/sqm
Small Applications
!"#$%#&'(#&)*'+,)*%(( -+."&%(/,0*%()+,12*+(3."&)(
© Solarus AB
13th of October 2011University of Linköping
Thursday 13 October 2011
Hybrid Panels (PVT)
Heat (400W/sqm) & Power (136W/sqm)
PV Panels
Solarus PV Top Performance about130W/sqm
Use less silicon material Lower cost/W
Traditional Photovoltaics Top Performance 130W/sqm
Small Applications
!"#$%#&'(#&)*'+,)*%(( -+."&%(/,0*%()+,12*+(3."&)(
© Solarus AB
13th of October 2011University of Linköping
Thursday 13 October 2011
Hybrid Panels (PVT)
Heat (400W/sqm) & Power (136W/sqm)
PV Panels
Solarus PV Top Performance about130W/sqm
Use less silicon material Lower cost/W
Traditional Photovoltaics Top Performance 130W/sqm
Small Applications
!"#$%#&'(#&)*'+,)*%(( -+."&%(/,0*%()+,12*+(3."&)(
© Solarus AB
13th of October 2011University of Linköping
Thursday 13 October 2011
Hybrid Panels (PVT)
Heat (400W/sqm) & Power (136W/sqm)
PV Panels
Solarus PV Top Performance about130W/sqm
Use less silicon material Lower cost/W
Traditional Photovoltaics Top Performance 130W/sqm
Small Applications
!"#$%#&'(#&)*'+,)*%(( -+."&%(/,0*%()+,12*+(3."&)(
© Solarus AB
13th of October 2011University of Linköping
Thursday 13 October 2011
Hybrid Panels (PVT)
Heat (400W/sqm) & Power (136W/sqm)
PV Panels
Solarus PV Top Performance about130W/sqm
Use less silicon material Lower cost/W
Traditional Photovoltaics Top Performance 130W/sqm
Small Applications
!"#$%#&'(#&)*'+,)*%(( -+."&%(/,0*%()+,12*+(3."&)(
© Solarus AB
13th of October 2011University of Linköping
Thursday 13 October 2011
THE FUTURE OF LANDFILLS
© Gunter Pauli
13th of October 2011University of Linköping
Thursday 13 October 2011
THE FUTURE OF LANDFILLS
Large Applications
!"#$%&'()*+,-./012+3+4,/01#+5&6#"+78&%0+
,//+"&69+&(+:/+;&<=8#9+#>%?+
© Gunter Pauli
13th of October 2011University of Linköping
Thursday 13 October 2011
Landfills
13th of October 2011University of Linköping
Thursday 13 October 2011
Landfills
cost moneygenerate income and jobs, reduce taxes, provide warm water
13th of October 2011University of Linköping
Thursday 13 October 2011
1,500 HA landfill space equipped with these panels
© Gunter Pauli
13th of October 2011University of Linköping
Thursday 13 October 2011
3-5.000 MWfree warm water
1,500 HA landfill space equipped with these panels
© Gunter Pauli
13th of October 2011University of Linköping
Thursday 13 October 2011
© National Geographic
THE FUTURE OF DRINKING WATER
13th of October 2011University of Linköping
Thursday 13 October 2011
© National Geographic
based on
PHYSICS
THE FUTURE OF DRINKING WATER
13th of October 2011University of Linköping
Thursday 13 October 2011
THE POWER OF THE VORTEX
13th of October 2011University of Linköping
Thursday 13 October 2011
WATER PURIFICATION
13th of October 2011University of Linköping
Thursday 13 October 2011
WATER PURIFICATION
13th of October 2011University of Linköping
Thursday 13 October 2011
WATER PURIFICATION
13th of October 2011University of Linköping
Thursday 13 October 2011
WATER PURIFICATION
13th of October 2011University of Linköping
Thursday 13 October 2011
WATER PURIFICATION
no pumps
13th of October 2011University of Linköping
Thursday 13 October 2011
WATER PURIFICATION
no filters
no pumps
13th of October 2011University of Linköping
Thursday 13 October 2011
WATER PURIFICATION
no filtersno membranes
no pumps
13th of October 2011University of Linköping
Thursday 13 October 2011
© National Geographic
THE FUTURE OFINNER-CITY MANUFACTURING
13th of October 2011University of Linköping
Thursday 13 October 2011
© National Geographic
based on
LOCAL RESOURCES
THE FUTURE OFINNER-CITY MANUFACTURING
13th of October 2011University of Linköping
Thursday 13 October 2011
4kg of Ti
13th of October 2011University of Linköping
Thursday 13 October 2011
4kg of Ti 300gr of Ti
13th of October 2011University of Linköping
Thursday 13 October 2011
4kg of Ti 300gr of Ti330gr of Ti powder
13th of October 2011University of Linköping
Thursday 13 October 2011
4kg of Ti 300gr of Ti330gr of Ti powdercold plasma + laser
13th of October 2011University of Linköping
Thursday 13 October 2011
4kg of Ti 300gr of Ti330gr of Ti powder
x12 less materialcold plasma + laser
13th of October 2011University of Linköping
Thursday 13 October 2011
4kg of Ti 300gr of Ti330gr of Ti powder
x12 less materialno water
cold plasma + laser
13th of October 2011University of Linköping
Thursday 13 October 2011
4kg of Ti 300gr of Ti330gr of Ti powder
x12 less materialno water
100% in-situ recycling
cold plasma + laser
13th of October 2011University of Linköping
Thursday 13 October 2011
OUTCOMPETE CHINA
4kg of Ti 300gr of Ti330gr of Ti powder
x12 less materialno water
100% in-situ recycling
cold plasma + laser
13th of October 2011University of Linköping
Thursday 13 October 2011
Where do we start?
13th of October 2011University of Linköping
Thursday 13 October 2011
Where do we start?
Responding to the Basic Needs of all
13th of October 2011University of Linköping
Thursday 13 October 2011
Where do we start?
Responding to the Basic Needs of all
Several Basic Needs Require Priority AttentionWater and Energy first with Housing as the Catalyst
13th of October 2011University of Linköping
Thursday 13 October 2011
Where do we start?
Responding to the Basic Needs of all
Water FoodHousing Health Energy Jobs Education
Several Basic Needs Require Priority AttentionWater and Energy first with Housing as the Catalyst
13th of October 2011University of Linköping
Thursday 13 October 2011
Has this been done?
13th of October 2011University of Linköping
Thursday 13 October 2011
Has this been done?
Each vision expressed is based on hands-on experiencebenchmarked and proven over the years.
13th of October 2011University of Linköping
Thursday 13 October 2011
Has this been done?
Each vision expressed is based on hands-on experiencebenchmarked and proven over the years.
Regenerating Biodiversity
from 17 to 256
Land valuex 3,000
over 25 years
Shift from 70% gastro-intestinal to water as commons
Create 10,000 jobs
from food waste
Empower women and
children
Social Housingat $1,700per unit
110,000 kidsand 6,000 teachers
Self-sufficient in energy and
water
Food Securityfor villages
with healthy food
Cutting-edgetechnologies
for Africa
13th of October 2011University of Linköping
Thursday 13 October 2011
Has this been done?
Each vision expressed is based on hands-on experiencebenchmarked and proven over the years.
For the first time these innovations are bundled in Africain one major urban development project
Regenerating Biodiversity
from 17 to 256
Land valuex 3,000
over 25 years
Shift from 70% gastro-intestinal to water as commons
Create 10,000 jobs
from food waste
Empower women and
children
Social Housingat $1,700per unit
110,000 kidsand 6,000 teachers
Self-sufficient in energy and
water
Food Securityfor villages
with healthy food
Cutting-edgetechnologies
for Africa
13th of October 2011University of Linköping
Thursday 13 October 2011
We Connect the Key Challenges
Money Drains Out of the Area
13th of October 2011University of Linköping
Thursday 13 October 2011
Landfill
Closed Open Quarries
DrinkingWater
Food Security
No Jobs ImminentNuclearClosure
Loss of Biodiversity
Landfill Closure
We Connect the Key Challenges
Money Drains Out of the Area
13th of October 2011University of Linköping
Thursday 13 October 2011
Landfill
Closed Open Quarries
DrinkingWater
Food Security
No Jobs ImminentNuclearClosure
Loss of Biodiversity
Landfill Closure
Costly Public Transportation
Over-capacity atindustrial park
Over-capacity of natural gas generators
Survival Agriculture Housing
Shortage
Strong Electro-Magnetic Fields
We Connect the Key Challenges
Money Drains Out of the Area
13th of October 2011University of Linköping
Thursday 13 October 2011
Landfill
Closed Open Quarries
DrinkingWater
Food Security
No Jobs ImminentNuclearClosure
Loss of Biodiversity
Landfill Closure
Costly Public Transportation
Over-capacity atindustrial park
Over-capacity of natural gas generators
Survival Agriculture Housing
Shortage
Strong Electro-Magnetic Fields
We Connect the Key Challenges
Money Drains Out of the Area
With a System of Solutions
free of subsidy needs
13th of October 2011University of Linköping
Thursday 13 October 2011
We implement Solutions
13th of October 2011University of Linköping
Thursday 13 October 2011
We implement Solutions
that generate jobs and build social capital
13th of October 2011University of Linköping
Thursday 13 October 2011
We implement Solutions
that generate jobs and build social capital
Urban Miningfor building materials
WaterCycles
Healthy Food
Highest Concentrationof Renewables
in Africausing existing grid
BiodiversityCorridors
Landfill as Platform for Renewables
Vertical Turbineinside Pylons
13th of October 2011University of Linköping
Thursday 13 October 2011
We implement Solutions
that generate jobs and build social capital
Jobs
Electric Bus Feeder System
Create New IndustriesResponding FIRST
to local needs
Natural gas generators with spirulina farm
Urban andSeawater
Agriculture
Urban Miningfor building materials
WaterCycles
Healthy Food
Highest Concentrationof Renewables
in Africausing existing grid
BiodiversityCorridors
Landfill as Platform for Renewables
Vertical Turbineinside Pylons
13th of October 2011University of Linköping
Thursday 13 October 2011
We implement Solutions
that generate jobs and build social capital
Jobs
Electric Bus Feeder System
Create New IndustriesResponding FIRST
to local needs
Natural gas generators with spirulina farm
Urban andSeawater
Agriculture
Urban Miningfor building materials
WaterCycles
Healthy Food
Highest Concentrationof Renewables
in Africausing existing grid
BiodiversityCorridors
Landfill as Platform for Renewables
Vertical Turbineinside Pylons
Wescape is the Catalyst
Designed with a Multiplier Effect
13th of October 2011University of Linköping
Thursday 13 October 2011
Wescape
13th of October 2011University of Linköping
Thursday 13 October 2011
ExcessPower
HydroWater
Rainwatercatchment
Wescape
13th of October 2011University of Linköping
Thursday 13 October 2011
Light from flow
DrinkingWater
ExcessPower
HydroWater
Rainwatercatchment
Wescape
13th of October 2011University of Linköping
Thursday 13 October 2011
Wind
Light from flow
DrinkingWater
ExcessPower
HydroWater
Rainwatercatchment
Wescape
13th of October 2011University of Linköping
Thursday 13 October 2011
Wind
Electricpublic
transportLight from
flow
DrinkingWater
ExcessPower
HydroWater
Rainwatercatchment
Wescape
13th of October 2011University of Linköping
Thursday 13 October 2011
Wind
Storing solarheat
Solarelectricity
Electricpublic
transportLight from
flow
DrinkingWater
ExcessPower
HydroWater
Rainwatercatchment
Wescape
13th of October 2011University of Linköping
Thursday 13 October 2011
Wind
Storing solarheat
Solarelectricity
Electricpublic
transportLight from
flow
DrinkingWater
ExcessPower
HydroWater
Rainwatercatchment
Biogas
GreyWasteWater SMW
Building Materials
Wescape
13th of October 2011University of Linköping
Thursday 13 October 2011
Wind
Storing solarheat
Solarelectricity
Electricpublic
transportLight from
flow
DrinkingWater
ExcessPower
HydroWater
Rainwatercatchment
Biogas
GreyWasteWater SMW
Building Materials
WescapeSeawaterFarming
Pulp toProtein
13th of October 2011University of Linköping
Thursday 13 October 2011
Wind
Storing solarheat
Solarelectricity
Electricpublic
transportLight from
flow
DrinkingWater
ExcessPower
HydroWater
Rainwatercatchment
Biogas
GreyWasteWater SMW
Building Materials
WescapeSeawaterFarming
Pulp toProtein
DCfridge
Carbon floor heat
13th of October 2011University of Linköping
Thursday 13 October 2011
Wind
Storing solarheat
Solarelectricity
Electricpublic
transportLight from
flow
DrinkingWater
ExcessPower
HydroWater
Rainwatercatchment
Biogas
GreyWasteWater SMW
Building Materials
WescapeSeawaterFarming
Pulp toProtein
DCfridge
Carbon floor heat
Edutain-ment
13th of October 2011University of Linköping
Thursday 13 October 2011
Wind
Storing solarheat
Solarelectricity
Electricpublic
transportLight from
flow
DrinkingWater
ExcessPower
HydroWater
Rainwatercatchment
Biogas
GreyWasteWater SMW
Building Materials
WescapeSeawaterFarming
Pulp toProtein
ENERGYEnergy Potential 250MWin and around Wescape
WATERWescape is self-sufficient in water for all purposes
FOOD90% food security can be attained with 15% land
HOUSINGCompetitive, healthy while building up social capital
HEALTHWater, food and housing plus preventive medicine
EDUCATIONSchooling for happiness, life, responding to needs
JOBSDirect job generation
links Atlantis to the future
RECOVERY of TOP SOILnutrients from black and
grey water systems
BIODIVERSITYinvasive non-native
species converted to food
SOCIAL CAPITALland value increases, education and jobs
ROIabove average long term returns over long term
CASH FLOWEarly, integrated and net accumulated positive c.f.
CARBON CREDITThis project qualifies for at least $250 mio CEF
DCfridge
Carbon floor heat
Edutain-ment
13th of October 2011University of Linköping
Thursday 13 October 2011
Housing andConstruction
Basic Principles
13th of October 2011University of Linköping
Thursday 13 October 2011
Housing andConstruction
Basic Principles
Focus on reducing daily operational costs for energy, water, food, health and education generating the multiplier effect
13th of October 2011University of Linköping
Thursday 13 October 2011
Housing andConstruction
Basic Principles
Focus on reducing daily operational costs for energy, water, food, health and education generating the multiplier effect
Colombian Hospital Japanese Offices Shopping Center Harare Car Workshop in Sweden
13th of October 2011University of Linköping
Thursday 13 October 2011
Housing andConstruction
Basic Principles
Focus on reducing daily operational costs for energy, water, food, health and education generating the multiplier effect
GuesstimateThe local assembly of housesmust target a 3 day maximum
The total costs - investment and operations will be calculated over
25 years. Colombian Hospital Japanese Offices Shopping Center Harare Car Workshop in Sweden
13th of October 2011University of Linköping
Thursday 13 October 2011
Housing andConstruction
Basic Principles
13th of October 2011University of Linköping
Thursday 13 October 2011
Housing andConstruction
Basic Principles The backbone of electricity will be DC
13th of October 2011University of Linköping
Thursday 13 October 2011
Housing andConstruction
Basic Principles The backbone of electricity will be DC
13th of October 2011University of Linköping
Thursday 13 October 2011
Housing andConstruction
Basic Principles The backbone of electricity will be DC
GuesstimateAssembly of white goods
(refrigeration) based on DCunder license from ITRI Taiwan
Generating jobs and Representingthe most ecological option
Qualifies for CO2e
13th of October 2011University of Linköping
Thursday 13 October 2011
Housing andConstruction
Basic Principles The backbone of electricity will be DC
GuesstimateAssembly of LED will be at Atlantisunder license of DELTA Electronics
(Taiwan)
Generating jobs and soon an export product for Africa
Qualifies for CO2e
GuesstimateAssembly of white goods
(refrigeration) based on DCunder license from ITRI Taiwan
Generating jobs and Representingthe most ecological option
Qualifies for CO2e
13th of October 2011University of Linköping
Thursday 13 October 2011
WindWindWind
13th of October 2011University of Linköping
Thursday 13 October 2011
An estimated 500 XL pylons exist today within 15 km radius
WindWindWind
13th of October 2011University of Linköping
Thursday 13 October 2011
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
WindWindWind
13th of October 2011University of Linköping
Thursday 13 October 2011
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
1kW 10kW-100kW 100kW-1MW
WindWindWind
13th of October 2011University of Linköping
Thursday 13 October 2011
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
1kW 10kW-100kW 100kW-1MW
WindWindWind ESKOM
TransferStation
13th of October 2011University of Linköping
Thursday 13 October 2011
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
GuesstimatePotential 100MW
0.01 c/kWhr. Manufactured
at Atlantisunder license from Iosis
Qualifies for CO2e
1kW 10kW-100kW 100kW-1MW
WindWindWind ESKOM
TransferStation
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
Solarheat
Solarelectricity
13th of October 2011University of Linköping
Thursday 13 October 2011
Solarheat
Solarelectricity
Heat and power with1/3 of the wafer and wiring using both sides
13th of October 2011University of Linköping
Thursday 13 October 2011
Solarheat
Solarelectricity
Heat and power with1/3 of the wafer and wiring using both sides
Sun concentration reflectors x3.5 cased in recycled carbon fiber
13th of October 2011University of Linköping
Thursday 13 October 2011
Solarheat
Solarelectricity
Heat and power with1/3 of the wafer and wiring using both sides
Sun concentration reflectors x3.5 cased in recycled carbon fiber
Hybrid Panels (PVT)
Heat (400W/sqm) & Power (136W/sqm)
PV Panels
Solarus PV Top Performance about130W/sqm
Use less silicon material Lower cost/W
Traditional Photovoltaics Top Performance 130W/sqm
Small Applications
!"#$%#&'(#&)*'+,)*%(( -+."&%(/,0*%()+,12*+(3."&)(
13th of October 2011University of Linköping
Thursday 13 October 2011
Solarelectricity
Solarheat
Solarelectricity
Heat and power with1/3 of the wafer and wiring using both sides
Sun concentration reflectors x3.5 cased in recycled carbon fiber
Hybrid Panels (PVT)
Heat (400W/sqm) & Power (136W/sqm)
PV Panels
Solarus PV Top Performance about130W/sqm
Use less silicon material Lower cost/W
Traditional Photovoltaics Top Performance 130W/sqm
Small Applications
!"#$%#&'(#&)*'+,)*%(( -+."&%(/,0*%()+,12*+(3."&)(
13th of October 2011University of Linköping
Thursday 13 October 2011
Solarelectricity
GuesstimatePotential 100-200MW
0.015 c/kWhr manufacturedat Atlantis under license from
Solarus (Sweden)
Qualifies for CO2e
Solarheat
Solarelectricity
Heat and power with1/3 of the wafer and wiring using both sides
Sun concentration reflectors x3.5 cased in recycled carbon fiber
Hybrid Panels (PVT)
Heat (400W/sqm) & Power (136W/sqm)
PV Panels
Solarus PV Top Performance about130W/sqm
Use less silicon material Lower cost/W
Traditional Photovoltaics Top Performance 130W/sqm
Small Applications
!"#$%#&'(#&)*'+,)*%(( -+."&%(/,0*%()+,12*+(3."&)(
13th of October 2011University of Linköping
Thursday 13 October 2011
Solarelectricity
GuesstimatePotential 100-200MW
0.015 c/kWhr manufacturedat Atlantis under license from
Solarus (Sweden)
Qualifies for CO2e
Solarheat
Solarelectricity
Landfillas basestation
Heat and power with1/3 of the wafer and wiring using both sides
Sun concentration reflectors x3.5 cased in recycled carbon fiber
Hybrid Panels (PVT)
Heat (400W/sqm) & Power (136W/sqm)
PV Panels
Solarus PV Top Performance about130W/sqm
Use less silicon material Lower cost/W
Traditional Photovoltaics Top Performance 130W/sqm
Small Applications
!"#$%#&'(#&)*'+,)*%(( -+."&%(/,0*%()+,12*+(3."&)(
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
Biogas WasteWater
SMW
Building Materials
13th of October 2011University of Linköping
Thursday 13 October 2011
Biogas WasteWater
SMW
Building Materials
BiogasGrey
WasteWater
SMW
Building Materials
13th of October 2011University of Linköping
Thursday 13 October 2011
Biogas WasteWater
SMW
Building Materials
BiogasGrey
WasteWater
SMW
Building Materials
Landfillas basestation
13th of October 2011University of Linköping
Thursday 13 October 2011
Biogas WasteWater
SMW
Building Materials
BiogasGrey
WasteWater
SMW
Building Materials
Landfillas basestation
Grey water plus organic food waste increases biogas by factor 4
13th of October 2011University of Linköping
Thursday 13 October 2011
Biogas WasteWater
SMW
Building Materials
BiogasGrey
WasteWater
SMW
Building Materials
Landfillas basestation
Grey water plus organic food waste increases biogas by factor 4
Reduces load on landfill and generates quality sludge for land restoration
13th of October 2011University of Linköping
Thursday 13 October 2011
Biogas WasteWater
SMW
Building Materials
BiogasGrey
WasteWater
SMW
Building Materials
Landfillas basestation
Grey water plus organic food waste increases biogas by factor 4
Reduces load on landfill and generates quality sludge for land restoration
!"#$%"&'(%)*+$,-*"$.&!"#$%&
!'#%()*'#+,&&)+%*%-"."/",&
/)),(0.1"-(
2.1"-(0."-#(1&3,4-(
01*2/),3%4*.,&5
5(6.'7(89:9 :;
<-1"(=#),3%"1(+#)>(?$)+3-&1(=#),3%"$)*(
6+%1("1%7"%1)!"#$%&8)*'#+,&&)"&)%)7,'&%/".,)/##.)9"/:)42./"*.,)"1*2/)%1()#2/*2/)%./,'1%/"7,&
!"#$%"&'(%)*+$,-*"$.&
!"#$%&'()$*+,-#./$0)$1+0#2
3,)/+(./ 45+(/0,)
3&0#)/
/0('-.#1
2&1.*(3$"'4(!)5"6(7)#-.
!8-1$9*4(:5$&,4(;<-#."-4(=#.*1+-#!/>4???(@A((,$9-1"-#(B)&5@-(."(@5*$%$<.&(CC=D!!5E1"#."-1F(D!(G<#$@.#'(1&5,9-H4(CI!(GJ.1"-(.%"$B."-,(1&5,9-H4(K)),(C.1"-
AA
6+,-#./$4#'.+0*/0,)
7#8$20)().0(&'
GJ.1"-(.%"$B."-,(1&5,9-H4(K)),(C.1"-!L*%#-.1-($*<5"()+(+)),(J.1"-(E'(.<<#)MN(A0?O!I,,-,(1&5,9-(<#-P"#-."@-*"(.*,(%#')9-*$%(9.1(%&-.*$*9!//(@$&&$)*(Q@A(E$)9.1(<-#('-.#(G+#)@(A(Q@AH(1)&,(")(!7(36-@$%.&!D#),5%"$)*()+(&$R5$,(3;S T(???(")*U'-.#
! V;L(W(S?O! X:L=8I(()+(X2V(A @$&&$)*(1-%5#-,! !$9*$+$%.*"(+5#"6-#(<#)+$"(5<1$,-
13th of October 2011University of Linköping
Thursday 13 October 2011
Biogas WasteWater
SMW
Building Materials
BiogasGrey
WasteWater
SMW
Building Materials
GuesstimatePotential 10-20MW
0.015 c/kWhr
All constructed at Atlantis under license from Scandinavian Biogas
Operations winter and summer Qualified for CO2e
Landfillas basestation
Grey water plus organic food waste increases biogas by factor 4
Reduces load on landfill and generates quality sludge for land restoration
!"#$%"&'(%)*+$,-*"$.&!"#$%&
!'#%()*'#+,&&)+%*%-"."/",&
/)),(0.1"-(
2.1"-(0."-#(1&3,4-(
01*2/),3%4*.,&5
5(6.'7(89:9 :;
<-1"(=#),3%"1(+#)>(?$)+3-&1(=#),3%"$)*(
6+%1("1%7"%1)!"#$%&8)*'#+,&&)"&)%)7,'&%/".,)/##.)9"/:)42./"*.,)"1*2/)%1()#2/*2/)%./,'1%/"7,&
!"#$%"&'(%)*+$,-*"$.&
!"#$%&'()$*+,-#./$0)$1+0#2
3,)/+(./ 45+(/0,)
3&0#)/
/0('-.#1
2&1.*(3$"'4(!)5"6(7)#-.
!8-1$9*4(:5$&,4(;<-#."-4(=#.*1+-#!/>4???(@A((,$9-1"-#(B)&5@-(."(@5*$%$<.&(CC=D!!5E1"#."-1F(D!(G<#$@.#'(1&5,9-H4(CI!(GJ.1"-(.%"$B."-,(1&5,9-H4(K)),(C.1"-
AA
6+,-#./$4#'.+0*/0,)
7#8$20)().0(&'
GJ.1"-(.%"$B."-,(1&5,9-H4(K)),(C.1"-!L*%#-.1-($*<5"()+(+)),(J.1"-(E'(.<<#)MN(A0?O!I,,-,(1&5,9-(<#-P"#-."@-*"(.*,(%#')9-*$%(9.1(%&-.*$*9!//(@$&&$)*(Q@A(E$)9.1(<-#('-.#(G+#)@(A(Q@AH(1)&,(")(!7(36-@$%.&!D#),5%"$)*()+(&$R5$,(3;S T(???(")*U'-.#
! V;L(W(S?O! X:L=8I(()+(X2V(A @$&&$)*(1-%5#-,! !$9*$+$%.*"(+5#"6-#(<#)+$"(5<1$,-
13th of October 2011University of Linköping
Thursday 13 October 2011
Building Materials
SMW
13th of October 2011University of Linköping
Thursday 13 October 2011
Building Materials
SMW
Building Materials SMW
Building Materials
13th of October 2011University of Linköping
Thursday 13 October 2011
Building Materials
SMW
Building Materials SMW
Building MaterialsAll white, green and brown glass is converted to building materials
13th of October 2011University of Linköping
Thursday 13 October 2011
Building Materials
SMW
Building Materials SMW
Building MaterialsAll white, green and brown glass is converted to building materials
13th of October 2011University of Linköping
Thursday 13 October 2011
Building Materials
SMW
Building Materials SMW
Building MaterialsAll white, green and brown glass is converted to building materials
Pre-fabricated, insulation, fire-safe, vermin proof, CO2 fixing, acid resistant
13th of October 2011University of Linköping
Thursday 13 October 2011
Building Materials
SMW
Building Materials SMW
Building MaterialsAll white, green and brown glass is converted to building materials
Pre-fabricated, insulation, fire-safe, vermin proof, CO2 fixing, acid resistant
13th of October 2011University of Linköping
Thursday 13 October 2011
Building Materials
SMWBiogas WasteWater
SMW
Building Materials
Building Materials SMW
Building MaterialsAll white, green and brown glass is converted to building materials
Pre-fabricated, insulation, fire-safe, vermin proof, CO2 fixing, acid resistant
13th of October 2011University of Linköping
Thursday 13 October 2011
Building Materials
SMWBiogas WasteWater
SMW
Building Materials
Building Materials SMW
Building Materials
Landfillas basestation
All white, green and brown glass is converted to building materials
Pre-fabricated, insulation, fire-safe, vermin proof, CO2 fixing, acid resistant
13th of October 2011University of Linköping
Thursday 13 October 2011
Building Materials
SMWBiogas WasteWater
SMW
Building Materials
Building Materials SMW
Building Materials
Landfillas basestation
All white, green and brown glass is converted to building materials
Pre-fabricated, insulation, fire-safe, vermin proof, CO2 fixing, acid resistant
Guesstimate5 million glass bottles
justify a factory under license fromEarth Stone USA and
Åke Mård Sweden
outcompeting any other building material thanks to
the multi-functionalityQualifies for CO2e
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
DCfridge
13th of October 2011University of Linköping
Thursday 13 October 2011
Refrigeration is offered in all homes of the poor as a standard
DCfridge
13th of October 2011University of Linköping
Thursday 13 October 2011
Refrigeration is offered in all homes of the poor as a standard
starting with a simple version moving upwards to a DC system
DCfridge
13th of October 2011University of Linköping
Thursday 13 October 2011
Refrigeration is offered in all homes of the poor as a standard
starting with a simple version moving upwards to a DC system
DCfridge
13th of October 2011University of Linköping
Thursday 13 October 2011
Refrigeration is offered in all homes of the poor as a standard
starting with a simple version moving upwards to a DC system
Guesstimate150,000 DC fridges
will set a new standard complemented by water based systems locally produced under
license from Emily Cummins (UK)or SunDanzer (USA)Qualified for CO2e
DCfridge
13th of October 2011University of Linköping
Thursday 13 October 2011
BlackWater
Nutrients for soil
Water recovery
13th of October 2011University of Linköping
Thursday 13 October 2011
BlackWater
Nutrients for soil
Water recovery
All black water is recycled per housing block - no septic tank, no sewage
13th of October 2011University of Linköping
Thursday 13 October 2011
BlackWater
Nutrients for soil
Water recovery
All black water is recycled per housing block - no septic tank, no sewage
Recovery of nutrients, generating more organic matter for soil recovery
13th of October 2011University of Linköping
Thursday 13 October 2011
BlackWater
Nutrients for soil
Water recovery
All black water is recycled per housing block - no septic tank, no sewage
Recovery of nutrients, generating more organic matter for soil recovery
13th of October 2011University of Linköping
Thursday 13 October 2011
BlackWater
Nutrients for soil
Water recovery
All black water is recycled per housing block - no septic tank, no sewage
Recovery of nutrients, generating more organic matter for soil recovery
Guesstimateutilization of Separett toilets
with Aquatron manufactured in Atlantis under license of Separett
reducing water consumption 1.5 l per flush while recovering all
nutrients cut residential water consumption with 40%
Qualified for CO2e
13th of October 2011University of Linköping
Thursday 13 October 2011
Each weeka new business modelopen source no commercial interest
66 cases are publishedin june 2012 all 100 cases
www.zeri.org www.blueeconomy.de
13th of October 2011
© Gunter Pauli
University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011University of Linköping
Thursday 13 October 2011
13th of October 2011
Soichiro Honda
University of Linköping
Thursday 13 October 2011
13th of October 2011
Some dream to escape reality ...
Soichiro Honda
University of Linköping
Thursday 13 October 2011
13th of October 2011
Some dream to escape reality ...
Soichiro Honda
others dream to change reality forever
University of Linköping
Thursday 13 October 2011
13th of October 2011
© Gunter Pauli
University of Linköping
www.zeri.org
www.blueeconomy.de
THANK YOU
Thursday 13 October 2011