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Global Thermostat and the Carbon Market Key Note Presentation Graciela Chichilnisky Climate Change Economics & Energy Finance Fordham University New York March 1 2012
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Page 1: Fordham university march 1 2012

Global Thermostat and the

Carbon MarketKey Note Presentation

Graciela Chichilnisky

Climate Change Economics & Energy FinanceFordham University

New York March 1 2012

Gr

Page 2: Fordham university march 1 2012

Human Dominated WorldHuman Beings are the largest geological force in the planet

We are changing the planet’s atmosphere, its body of waters, and the complex web of species that makes life on earth

Climate Change

Page 3: Fordham university march 1 2012

Global Risks• Climate Change• Biodiversity Extinction• Clean Water scarcity• Life in the Seas going extinct

Avoiding Extinction

Page 4: Fordham university march 1 2012

URGENCY

Why are we being called to respond to

The Climate Question

Page 5: Fordham university march 1 2012

Catastrophic Risks• Global sea level raise threatens the survival of 43 island

nations • Polar Caps melt - accelerating warming trend• Record breaking tornadoes, floods, droughts and

devastating fires• 30 million climate migration in 2011 • National Security at Risk US Pentagon 2009

Oceans - the origin of life – going extinct

Page 6: Fordham university march 1 2012

Are Humans Next?• Need Action Now• Waited too long• Industrial economies 20% of world population

cause most of world’s C02 emissions

Energy from fossil fuels is the issue - 45% of global emissions

Clean Energy is the Only Solution

Page 7: Fordham university march 1 2012

Why Economics?•Why Finance?

• Why the Carbon Market?

We need to change economic values – the Oscar Wilde moment

Page 8: Fordham university march 1 2012

The AnthropoceneThe change we are producing will be read in rock formations for thousands of years

A new geological era - the ‘Anthropocene’ – follows the Holocene –it started in 1945

The Bretton Woods Institutions after WWII led to

Globalization of Resource Intensive Industrialization and Western Economics

Page 9: Fordham university march 1 2012

Western Market Economics based on

– Competitive Markets - individualistic consumers and private goods: no connection between people

– Optimal Growth Theory -- exponential growth of population and resource use – a frontier society without limits: no connection between the economy and ecological systems

– Cost Benefit Analysis and Financial Models Discount the Future – a short term vision: no connection between the present and the future

Dictatorship of the Present

Page 10: Fordham university march 1 2012

So far Western economics

• Lacks connections between people • Lacks connections between economy and

environment• Lacks connections across generations

Sustainable Development requires building connections

WHY?

Page 11: Fordham university march 1 2012

Because humans dominate the planet

• For the first time in recorded history• Following an era of rapid globalization

Humans dominate Planet Earth

• We are connecting and changing the planet’s atmosphere, its bodies of water, and the complex web of species that makes life on Earth

Page 12: Fordham university march 1 2012

This means natural resource limits

• As we reach natural resource and environmental limits

The survival of humankind is at stake

• Need connections with the ecology, between people and with the future of our species

Can Western Economics adjust?

Can Markets become Sustainable?

Page 13: Fordham university march 1 2012

Sustainable Economics

How to do it

Page 14: Fordham university march 1 2012

Changes Articulated by the

United Nations

Kyoto Protocol

Page 15: Fordham university march 1 2012

The Missing Signal• If we destroy all trees & make toilet paper our economy improves – why?• Because Toilet Paper has Market Value & Trees do not.

We lack Market Prices

New Market prices = New ValuesNew costs and New benefits

The Carbon Market Provides the Missing Signal

• 1996: KP Placed Limits on industrial emissions• 2005: KP Carbon Market International Law

Page 16: Fordham university march 1 2012

December 2011:Kyoto Protocol extended 3 years

in Durban COP 17

• Existing KP limits extended to 2015

• New limits pledged for 2015

Page 17: Fordham university march 1 2012

The Carbon Market

•What is it?

•What it is not

Page 18: Fordham university march 1 2012

Emission Limits are the basis of Carbon Market

How does it Work

CHANGES THE ENTIRE

GLOBAL ECONOMY

$25/TON EMITTED

CARBON PRICES ARE THE Missing

Signal

Carbon Makes Clean

Energy profitable

Dirty Energy expensive

and Undesirable

Dirty pays clean – ZERO

overall costs

Page 19: Fordham university march 1 2012

The Carbon Market• Trades $200 Bn/year

• Reduced 30% EU emissions

• CDM transferred $50 Bn clean energy projects in poor nations

• EU ETS

Page 20: Fordham university march 1 2012

Carbon MarketLinks to Global Economy

Everything is made with energy Economic growth = Energy Use

Link to EnergyCarbon Market provides Missing Signal

New Market Prices = New Values

Page 21: Fordham university march 1 2012

FOCUS of Carbon Market• Capping Emissions

• We can’t get there without emissions reductions

Markets for trading a Global Public Good: Using the planet’s AtmosphereCreating Equity and Efficiency

Page 22: Fordham university march 1 2012

Where are We?

What comes Next?

Page 23: Fordham university march 1 2012

Green Capitalism in the 21st Century

• The basis exists: international law and economics

• Theoretically and in practice• New markets for the global commons, new

growth theory, new cost benefit analysis and new GDP measures, new international law

Page 24: Fordham university march 1 2012

The Global Commons

New Economics

From maximizing profits toeconomic progress

that ensures survival of our species

Page 25: Fordham university march 1 2012

The Word needs Energy

Clean energy for industrial & developing nations

How to do it?Technology Urgently Needed

• To Reduce Carbon from the Atmosphere

• In a Profitable Way

Page 26: Fordham university march 1 2012

Global Thermostat Pilot Plant, SRI International - Menlo Park CaliforniaFebruary 2011

Page 27: Fordham university march 1 2012

Why a Carbon Negative Solution

Global Thermostat Company Confidential Page 27

Carbon Neutral is not enough• Neutralizing emissions does not prevent

further increases in atmospheric CO2 • Even the most aggressive efficiency

improvements and renewables adoption are unlikely to keep CO2 concentration at the generally agreed 450ppm to avoid catastrophic climate risk

Negative Carbon is the solution1

• Air capture enables direct and rapid reduction of CO2 concentration

• GT allows for the capture of even more CO2 than we are loading into the atmosphere or that the earth’s systems can absorb – Negative Carbon GT’s technology directly reduces

carbon concentration in the air, making carbon negative possible

Pre-Ind Ti

mes2030

20800

100

200

300

400

500

600

700

800

Reducing CO2 Concentrations in the Atmosphere

Business as UsualConstant GrowthWedges Approach / StabilizationGlobal ThermostatHazardous Level 450 ppm

CO2

Part

s per

Mill

ion

(PPM

)

1 United Nations Headquarters, New York, November 12, 2009. Presentation by G. Chichilnisky on"The Rising Tide at Copenhagen: A Win-Win Solution for Industrialized and Developing Nations"

Page 28: Fordham university march 1 2012

Closing the Carbon Cycle• GT Technology Captures Carbon from Air• Inexpensive: Uses Low Process Heat • Cogenerates Power Production withCarbon Capture• The More Power is Produced – the More Carbon is

reduced• Makes Coal Plants Carbon Negative• Makes Solar Power Plants even more Carbon

Negative

Page 29: Fordham university march 1 2012

GT’s Air Capture TechnologyThree-Step Process Produces Concentrated CO 2 Stream

Step 1Air Input

Transport and Injection

Compression Other Applications

Key to GT’s technology is cogeneration using

low temperature process heat to

capture CO 2

Subsequent steps are shared by all CO 2 capture methods though pipelining costs can be reduced by co-locating

where CO 2 is stored or used

Step 2CO 2 Capture

Step 3CO 2

Regeneration

Page 30: Fordham university march 1 2012

Absorbing CO2

Pipes to oil well or algae

UP

Page 31: Fordham university march 1 2012

Releasing CO2

Pipes to oil well or algae ponds

DOWN

Page 32: Fordham university march 1 2012

Applications & Markets for Captured CO2

Global Thermostat Company Confidential Page 32

Storage Enhanced Oil Recovery*

Algae-Based Biofuels*

Hydrogen-Based Fuels

Products cement, fertilizer, plastics,

greenhouses

*EOR and Algae-based biofuels represent most

significant opportunities for commercial applications

of CO2 captured using GT’s technology

Page 33: Fordham university march 1 2012

Unique Advantages of GT’s Technology

Measurable advantages over other forms of carbon capture

Low-Cost Provider•Powered by low cost & widely available process heat

Scalable Design•Modular design adapts to different sized applications

Carbon Negative Solution•An energy or industrial plant can capture even more CO2 than is emitted – a carbon negative solution

Flexible Integration• Fossil, renewable, nuclear plants, industrial plants, (cement, steel) – anywhere heat is available

Page 34: Fordham university march 1 2012

GT Pilot Plant at SRI - October 1, 2010

Global Thermostat Company Confidential Page 34

Page 35: Fordham university march 1 2012

Strategic Partners

Page 36: Fordham university march 1 2012

GT - Small Island States

Global Thermostat Company Confidential Page 36

Desalination

CO2

Wastewater

Algae Production Dewatering Fuel

Production

Fuels,Electricity &

Biochar

TreatedWastewater

Drinking Water

•Produces carbon negative transportation fuels •Treats municipal wastewater and produces drinking water•Generates green electricity and biochar fertilizers

GT developing fully-integrated biorefinery in Hawaii

Provides critical municipal services while producing energy

As Green As It Gets

Solar Energy

Page 37: Fordham university march 1 2012

Economics & Energy Finance

• CDM of KP Carbon Market – now trades $200 Bn/year

• Provide funding for a Green Energy Fund investing in private projects that are carbon negative – eg Global Thermostat

• Build Carbon Negative Power plants in Developing Nations + small island states

• Increase energy where needed + clean the atmosphere

Page 38: Fordham university march 1 2012

Global Finance + Energy• $200 Bn/year profitable Green Power Fund• Can renovate $55 trillion global power

infrastructure in 15-20 years• Build Carbon Negative Power Plants• Resolve Climate Change • Provide energy for industrial & developing

nations• Enhance industrial exports & create jobs • Foster a safer climate

Page 39: Fordham university march 1 2012

Global Thermostat

and the

Carbon Market