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

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Page 1: Gunter Pauli

University of Linköping 13th of October 2011

© National Geographic

RETHINK THE CITY

Thursday 13 October 2011

Page 2: Gunter Pauli

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

Page 3: Gunter Pauli

Who?

Thursday 13 October 2011

Page 4: Gunter Pauli

University of Linköping 13th of October 2011

Thursday 13 October 2011

Page 5: Gunter Pauli

University of Linköping 13th of October 2011

Thursday 13 October 2011

Page 6: Gunter Pauli

University of Linköping 13th of October 2011

Thursday 13 October 2011

Page 7: Gunter Pauli

Green Economy Blue Economy

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 8: Gunter Pauli

Green Economy Blue Economy

13th of October 2011

ExpensiveSubsidized

Taxes

University of Linköping

Thursday 13 October 2011

Page 9: Gunter Pauli

Green Economy Blue Economy

13th of October 2011

ExpensiveSubsidized

Taxes

InnovativeCompetitive

Jobs with ROI

University of Linköping

Thursday 13 October 2011

Page 10: Gunter Pauli

13th of October 2011University of Linköping

Green Economy Blue Economy

Thursday 13 October 2011

Page 11: Gunter Pauli

13th of October 2011

ProtectComply

In favor or against

University of Linköping

Green Economy Blue Economy

Thursday 13 October 2011

Page 12: Gunter Pauli

13th of October 2011

ProtectComply

In favor or against

RegenerateEntrepreneurs

Choose the best

University of Linköping

Green Economy Blue Economy

Thursday 13 October 2011

Page 13: Gunter Pauli

13th of October 2011

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 14: Gunter Pauli

13th of October 2011

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 15: Gunter Pauli

13th of October 2011

© National Geographic

biodegradable

University of Linköping

Thursday 13 October 2011

Page 16: Gunter Pauli

13th of October 2011

© National Geographic

biodegradable

not sustainable

University of Linköping

Thursday 13 October 2011

Page 17: Gunter Pauli

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

Page 18: Gunter Pauli

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

Page 19: Gunter Pauli

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

Page 20: Gunter Pauli

13th of October 2011

If we only teach our children all we know

University of Linköping

Thursday 13 October 2011

Page 21: Gunter Pauli

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

Page 22: Gunter Pauli

13th of October 2011

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 23: Gunter Pauli

13th of October 2011

Is everyone looking in the same direction?

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 24: Gunter Pauli

13th of October 2011

Is everyone looking in the same direction?

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 25: Gunter Pauli

13th of October 2011

Is everyone looking in the same direction?

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 26: Gunter Pauli

13th of October 2011

Is everyone looking in the same direction?

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 27: Gunter Pauli

13th of October 2011

Is everyone looking in the same direction?

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 28: Gunter Pauli

13th of October 2011

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 29: Gunter Pauli

gravity

13th of October 2011

© National Geographic

University of Linköping

Thursday 13 October 2011

Page 30: Gunter Pauli

13th of October 2011

© Gunter Pauli

University of Linköping

Thursday 13 October 2011

Page 31: Gunter Pauli

13th of October 2011

© Gunter Pauli

University of Linköping

Thursday 13 October 2011

Page 32: Gunter Pauli

ventilation

13th of October 2011

© Gunter Pauli

University of Linköping

Thursday 13 October 2011

Page 33: Gunter Pauli

13th of October 2011

© Daiwa House

Daiwa House, Sendai (Japan)INSPIRED by the ZEBRA

© Gunter Pauli

University of Linköping

Thursday 13 October 2011

Page 34: Gunter Pauli

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

Page 35: Gunter Pauli

13th of October 2011

© Gunter Pauli

University of Linköping

Thursday 13 October 2011

Page 36: Gunter Pauli

humid i ty

temperature13th of October 2011

© Gunter Pauli

University of Linköping

Thursday 13 October 2011

Page 37: Gunter Pauli

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

Page 38: Gunter Pauli

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

Page 39: Gunter Pauli

13th of October 2011University of Linköping

Self-sufficient hospital, Gaviotas (Colombia)

Thursday 13 October 2011

Page 40: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 41: Gunter Pauli

13th of October 2011University of Linköping

vegetable steel

Thursday 13 October 2011

Page 42: Gunter Pauli

13th of October 2011

© Luis Guillermo Camargo

University of Linköping

Thursday 13 October 2011

Page 43: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 44: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 45: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 46: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 47: Gunter Pauli

13th of October 2011

© National Geographic

WATER andRENEWABLE ENERGY

University of Linköping

Thursday 13 October 2011

Page 48: Gunter Pauli

13th of October 2011

© National Geographic

generated with

WHAT YOU HAVE

WATER andRENEWABLE ENERGY

University of Linköping

Thursday 13 October 2011

Page 49: Gunter Pauli

13th of October 2011

The Laws of Physics

University of Linköping

Thursday 13 October 2011

Page 50: Gunter Pauli

13th of October 2011

WaterWatts/m3/sec

The Laws of Physics

University of Linköping

Thursday 13 October 2011

Page 51: Gunter Pauli

13th of October 2011

Watts/m2 Solar - PV

WaterWatts/m3/sec

The Laws of Physics

University of Linköping

Thursday 13 October 2011

Page 52: Gunter Pauli

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

Page 53: Gunter Pauli

13th of October 2011

Water is +800x more densethan air

University of Linköping

Thursday 13 October 2011

Page 54: Gunter Pauli

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

Page 55: Gunter Pauli

13th of October 2011

THE FUTURE OF HYDRO-ELECTRICITY

© Gunter Pauli

University of Linköping

Thursday 13 October 2011

Page 56: Gunter Pauli

13th of October 2011

CONSTRICTIONLow PressureHigh Speed

High pressureLow Speed

High PressureLow Speed

Giovanni Batista Venturi

University of Linköping

Thursday 13 October 2011

Page 57: Gunter Pauli

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

Page 58: Gunter Pauli

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

Page 59: Gunter Pauli

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

Page 60: Gunter Pauli

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

Page 61: Gunter Pauli

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

Page 62: Gunter Pauli

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

Page 63: Gunter Pauli

13th of October 2011

River flows and tidal waves

University of Linköping

Thursday 13 October 2011

Page 64: Gunter Pauli

13th of October 2011

River flows and tidal waves

reduce the negative impact

University of Linköping

Thursday 13 October 2011

Page 65: Gunter Pauli

13th of October 2011

River flows and tidal waves

reduce the negative impact

University of Linköping

Thursday 13 October 2011

Page 66: Gunter Pauli

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

Page 67: Gunter Pauli

13th of October 2011

BHUTAN

University of Linköping

Thursday 13 October 2011

Page 68: Gunter Pauli

Ulsan, KoreaTHE FUTURE OF WASTE

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 69: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 70: Gunter Pauli

biogas13th of October 2011University of Linköping

Thursday 13 October 2011

Page 71: Gunter Pauli

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

Page 72: Gunter Pauli

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

Page 73: Gunter Pauli

13th of October 2011

Municipal Waste Water Treatment

University of Linköping

Thursday 13 October 2011

Page 74: Gunter Pauli

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

Page 75: Gunter Pauli

THE FUTURE OF SOLAR

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 76: Gunter Pauli

THE FUTURE OF SOLAR

13th of October 2011

based on

MULTI-FUNCIONALITY

University of Linköping

Thursday 13 October 2011

Page 77: Gunter Pauli

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

Page 78: Gunter Pauli

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

Page 79: Gunter Pauli

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

Page 80: Gunter Pauli

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

Page 81: Gunter Pauli

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

Page 82: Gunter Pauli

THE FUTURE OF LANDFILLS

© Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 83: Gunter Pauli

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

Page 84: Gunter Pauli

Landfills

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 85: Gunter Pauli

Landfills

cost moneygenerate income and jobs, reduce taxes, provide warm water

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 86: Gunter Pauli

1,500 HA landfill space equipped with these panels

© Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 87: Gunter Pauli

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

Page 88: Gunter Pauli

© National Geographic

THE FUTURE OF DRINKING WATER

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 89: Gunter Pauli

© National Geographic

based on

PHYSICS

THE FUTURE OF DRINKING WATER

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 90: Gunter Pauli

THE POWER OF THE VORTEX

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 91: Gunter Pauli

WATER PURIFICATION

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 92: Gunter Pauli

WATER PURIFICATION

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 93: Gunter Pauli

WATER PURIFICATION

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 94: Gunter Pauli

WATER PURIFICATION

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 95: Gunter Pauli

WATER PURIFICATION

no pumps

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 96: Gunter Pauli

WATER PURIFICATION

no filters

no pumps

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 97: Gunter Pauli

WATER PURIFICATION

no filtersno membranes

no pumps

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 98: Gunter Pauli

© National Geographic

THE FUTURE OFINNER-CITY MANUFACTURING

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 99: Gunter Pauli

© National Geographic

based on

LOCAL RESOURCES

THE FUTURE OFINNER-CITY MANUFACTURING

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 100: Gunter Pauli

4kg of Ti

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 101: Gunter Pauli

4kg of Ti 300gr of Ti

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 102: Gunter Pauli

4kg of Ti 300gr of Ti330gr of Ti powder

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 103: Gunter Pauli

4kg of Ti 300gr of Ti330gr of Ti powdercold plasma + laser

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 104: Gunter Pauli

4kg of Ti 300gr of Ti330gr of Ti powder

x12 less materialcold plasma + laser

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 105: Gunter Pauli

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

Page 106: Gunter Pauli

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

Page 107: Gunter Pauli

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

Page 108: Gunter Pauli

Where do we start?

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 109: Gunter Pauli

Where do we start?

Responding to the Basic Needs of all

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 110: Gunter Pauli

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

Page 111: Gunter Pauli

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

Page 112: Gunter Pauli

Has this been done?

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 113: Gunter Pauli

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

Page 114: Gunter Pauli

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

Page 115: Gunter Pauli

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

Page 116: Gunter Pauli

We Connect the Key Challenges

Money Drains Out of the Area

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 117: Gunter Pauli

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

Page 118: Gunter Pauli

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

Page 119: Gunter Pauli

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

Page 120: Gunter Pauli

We implement Solutions

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 121: Gunter Pauli

We implement Solutions

that generate jobs and build social capital

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 122: Gunter Pauli

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

Page 123: Gunter Pauli

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

Page 124: Gunter Pauli

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

Page 125: Gunter Pauli

Wescape

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 126: Gunter Pauli

ExcessPower

HydroWater

Rainwatercatchment

Wescape

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 127: Gunter Pauli

Light from flow

DrinkingWater

ExcessPower

HydroWater

Rainwatercatchment

Wescape

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 128: Gunter Pauli

Wind

Light from flow

DrinkingWater

ExcessPower

HydroWater

Rainwatercatchment

Wescape

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 129: Gunter Pauli

Wind

Electricpublic

transportLight from

flow

DrinkingWater

ExcessPower

HydroWater

Rainwatercatchment

Wescape

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 130: Gunter Pauli

Wind

Storing solarheat

Solarelectricity

Electricpublic

transportLight from

flow

DrinkingWater

ExcessPower

HydroWater

Rainwatercatchment

Wescape

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 131: Gunter Pauli

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

Page 132: Gunter Pauli

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

Page 133: Gunter Pauli

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

Page 134: Gunter Pauli

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

Page 135: Gunter Pauli

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

Page 136: Gunter Pauli

Housing andConstruction

Basic Principles

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 137: Gunter Pauli

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

Page 138: Gunter Pauli

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

Page 139: Gunter Pauli

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

Page 140: Gunter Pauli

Housing andConstruction

Basic Principles

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 141: Gunter Pauli

Housing andConstruction

Basic Principles The backbone of electricity will be DC

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 142: Gunter Pauli

Housing andConstruction

Basic Principles The backbone of electricity will be DC

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 143: Gunter Pauli

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

Page 144: Gunter Pauli

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

Page 145: Gunter Pauli

WindWindWind

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 146: Gunter Pauli

An estimated 500 XL pylons exist today within 15 km radius

WindWindWind

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 147: Gunter Pauli

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

Page 148: Gunter Pauli

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

Page 149: Gunter Pauli

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

Page 150: Gunter Pauli

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

Page 151: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 152: Gunter Pauli

Solarheat

Solarelectricity

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 153: Gunter Pauli

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

Page 154: Gunter Pauli

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

Page 155: Gunter Pauli

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

Page 156: Gunter Pauli

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

Page 157: Gunter Pauli

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

Page 158: Gunter Pauli

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

Page 159: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 160: Gunter Pauli

Biogas WasteWater

SMW

Building Materials

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 161: Gunter Pauli

Biogas WasteWater

SMW

Building Materials

BiogasGrey

WasteWater

SMW

Building Materials

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 162: Gunter Pauli

Biogas WasteWater

SMW

Building Materials

BiogasGrey

WasteWater

SMW

Building Materials

Landfillas basestation

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 163: Gunter Pauli

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

Page 164: Gunter Pauli

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

Page 165: Gunter Pauli

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

Page 166: Gunter Pauli

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

Page 167: Gunter Pauli

Building Materials

SMW

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 168: Gunter Pauli

Building Materials

SMW

Building Materials SMW

Building Materials

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 169: Gunter Pauli

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

Page 170: Gunter Pauli

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

Page 171: Gunter Pauli

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

Page 172: Gunter Pauli

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

Page 173: Gunter Pauli

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

Page 174: Gunter Pauli

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

Page 175: Gunter Pauli

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

Page 176: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 177: Gunter Pauli

DCfridge

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 178: Gunter Pauli

Refrigeration is offered in all homes of the poor as a standard

DCfridge

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 179: Gunter Pauli

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

Page 180: Gunter Pauli

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

Page 181: Gunter Pauli

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

Page 182: Gunter Pauli

BlackWater

Nutrients for soil

Water recovery

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 183: Gunter Pauli

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

Page 184: Gunter Pauli

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

Page 185: Gunter Pauli

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

Page 186: Gunter Pauli

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

Page 187: Gunter Pauli

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

Page 188: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 189: Gunter Pauli

13th of October 2011University of Linköping

Thursday 13 October 2011

Page 190: Gunter Pauli

13th of October 2011

Soichiro Honda

University of Linköping

Thursday 13 October 2011

Page 191: Gunter Pauli

13th of October 2011

Some dream to escape reality ...

Soichiro Honda

University of Linköping

Thursday 13 October 2011

Page 192: Gunter Pauli

13th of October 2011

Some dream to escape reality ...

Soichiro Honda

others dream to change reality forever

University of Linköping

Thursday 13 October 2011

Page 193: Gunter Pauli

13th of October 2011

© Gunter Pauli

University of Linköping

www.zeri.org

www.blueeconomy.de

THANK YOU

Thursday 13 October 2011