beyond copenhagen the green race is on copenhagen –the green race is on ... michigan state...
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Michigan State University
World Business Council for
Sustainable Development
Beyond Copenhagen – The Green Race is on
Michigan State University
Björn Stigson, WBCSD President
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Michigan State University 2
Coalition of some 200 leading companies
• Market capitalization: 8,000 BUSD
• Total member company employees:13 million
• Global outreach
– Supplies products and services to half of the world’s
population every day
WBCSD
Michigan State University
WBCSD Membership
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44 222111
Utilities & Power
Oil & Gas
Consumer Goods
Mining & Metals
Engineering
Cement
Chemicals
Services
Tires
Forest & Paper Products
IT & Telecoms
Auto
Banks & Insurance
Construction
Food & Beverages
Healthcare
Maritime
Logistics
Media
Retail
Aviation
Trading
Water Services
Michigan State University
WBCSD Membership
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68
40
24
18
16
117 21
Europe (EU)
North America (NAFTA)
Japan
Europe (non-EU)
Asia (ex-Japan)
Latin America
Oceania
Africa
Middle East
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40
24
18
16
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Michigan State University
WBCSD Regional Network
Channel to globally disseminate WBCSD’s messages, to
promote implementation of concrete projects on the ground
and to provide input to WBCSD work program
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The Future Society: A growth story
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9
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1950 1960 1970 1980 1990 2000 2010 2020 2030 2040 2050
Source: United Nations Population Division, World
Population Prospects: The 2006 Revision.
World population (in Billions): 1950-2050
85%
15%
Population in less developed countries
Population in more developed countries
2010= 6.9 billion
2050= 9.2 billion
+33%
85%
15%
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Income poverty:
Over 2 billion people live on less than $2/day
Energy poverty:
1.6 billion people today without access to electricity
Mobility poverty:
900 million people without access to transport
Water poverty:
1.8 million deaths per year due to lack of sanitation,
poor hygiene and unsafe drinking water.
Development: The Poverty Challenge
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The Urbanized Future
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Chicago
Berlin
Paris
New York
London
1900
0 5 10 15 20 25 30 35 40
Mexico City
Dhaka
Delhi
Mumbai
Tokyo
2020
Billions of inhabitants
47% urban
60% urban
1970 2000 2030
36% urban
urban
rural
70% urban
3.2 3.32.9
5.0
1.3
2.42.8
6.4
2050
Source: United Nations, World Urbanization Prospects:
The 2007 Revision
Source: Citymayors statistics, 2008
Growth of mega-cities
70% urban in 2050: 6 billion
2010: 3 billion
Michigan State University
Shifting Fortunes
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Emerging economies > 50% of global GDP
and trend will continue
So
urc
e: A
ng
us M
ad
dis
on
, OE
CD
; IMF
Fro
m T
he
Eco
no
mis
t prin
t ed
ition
.
“Wre
stlin
g fo
r influ
en
ce
.” Ju
ly 3
rd 2
00
8.
% Share of GDP
0
20
40
60
80
1913 1950 2005 2025
Emerging economies Developed economies
* At purchasing-power parity
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Vision 2050
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Vision 2050: Nine billion
people living well, and
within the limits of the planet
A platform for dialogue
about the role of business in
a resource & carbon
constrained world.
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Living well, within limits of the planet
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Human Development Index (HDI)
Eco
logic
al F
oo
tprin
t (G
lob
al H
ecta
res p
er
Pe
rson
)
So
urce: G
FN
/ UN
DP
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A World in Transition to Sustainability
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Geography
SolutionsR
egula
tions
Infrastructure
Technolo
gy
Mindsets
Society
Economy Environment
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Where will global leadership come from?
– WTO Doha Round?
– COP 15 Copenhagen?
– Financial system?
– UN?
– G-8, G-20, G-2?
Global Governance?
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The Economy of my country?
Key political concerns:
– Economic growth
– State of public finances
– Jobs/unemployment
“Green Growth”: A part of the solution?
Governments – Short Term
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“The Green Race is on” between countries to
transform to low carbon economies and to
become the leading supplier of resource
efficient technologies & solutions
If you want to win:
oTransform your home market to build competences
and scale
The World is Turning Green
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Key transformations:
oEnergy
oTransport
oUrban infrastructure
oFood
oWater
The World is Turning Green
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Less oil, more renewables and more nuclear
Reduced carbon intensity of existing energy:
CCS, sinks
A focus on smart technology solutions:
– energy efficiency
– smart grids
Demand side management
New business models in the energy industry
Increased electrification of transportation
Pressure on affordable energy for development
Value for carbon - carbon taxes/emissions trading
A Transformed Energy System
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Additional investments to reach 450 ppm
22WBCSD 2010 Liaison Delegate Meeting –
Montreux
SOURCE
IEA- ETP, 2010
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The Food Challenge
Source: FAO Stat 2009, UN population Division (2006), PwC Analysis
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Consequences for food consumption patterns and
lifestyles?
Agriculture and forestry = 30% global GHG
emissions (IPCC 4th assessment)
Livestock is the world’s largest user of land
resources (70% of agricultural land)
– Major driver for deforestation
Food, Agriculture & Land-use changes
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Japan:
o Leader on energy efficient solutions
o Started action after the oil crisis in the 70’s
The World is Turning Green
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Michigan State University
The World is Turning Green
EU:
o Leader today / 40% market share
o Announced in October a 300% increase in R&D
for green technologies
o But, is spending level sufficient and is the EU
building a domestic green market fast enough?
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US
o The new administration is mobilizing the US
innovation capacity to be world leader on green
technologies
o Jeffrey Immelt, CEO General Electric, March 3,
2010:
“Let’s not take this growth industry and give it to
every other country in the world but the U.S”
The World is Turning Green
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China
o Wants to be the leading exporter of green
technologies
o Key component of next 5-Year Plan (2011-2015)
o China PM Wen Jiabao, NPC March 5, 2010:
o “We urgently need to transform the pattern of
economic development… We will work hard to
develop low-carbon technologies”
o John Doerr, Kleiner Perkins, March 5, 2010:
o “My conclusion is China is winning… The
results of their policies are staggering.”
The World is Turning Green
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Michigan State University
The World is Turning Green
India
o Supplier of low cost solutions based on domestic
demand from a big & poor population?
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“...while governments provide the
necessary policy framework, the real
solutions must come from business.
Copenhagen did not provide us with a
clear agreement in legal terms, but the
political commitment and sense of
direction toward a low-emissions world
are overwhelming. This calls for new
partnerships with the business sector and
I now have the chance to help make this
happen”
– Yvo de Boer, 2010
Growing role of business
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Business needs to be clear on what we
can contribute and the support we need
to deliver solutions
– Technology deployment frameworks
– Price signals for consumers and businesses
– Regulations and Standards
– R&D cooperation
The Role of Business
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Michigan State University
WBCSD Work Program
Focus Areas
- Water
- Buildings
- Forest Products
- Cement
- Electricity
Utilities
- Tires
-Mobility
- Mining
Projects
- Eco Patent
Commons
- Maritime
Energy and
Climate
The Business Role
Initiatives
• Urban Infrastructure• Sustainable Value Chains
• Urban Infrastructure
• Sustainable Value
Chains
Systems Solutions
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The importance of energy efficiency is
growing
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SOURCE: IEA WEO 2009
Total(2030) = 13840 MT
Efficiency= 57%
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Climate Scorecard
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Countries
outside the
Kyoto
Protocol
Emission
trend 1990-
2007
USA + 16%
Mexico + 42%
Brazil + 47%
India + 78%
China + 116%
Countries
within the
Kyoto
Protocol
Kyoto
target
Emission
trend
1990-2007
Russia 0% - 33%
Germany - 15% - 21%
UK - 15% - 17%
France - 15% - 5%
Italy - 15% + 7%
Japan - 6% + 8%
Canada - 6% + 26%
SOURCE: Allianz SE & WWF, 2009
Michigan State University
Takeaways:
Copenhagen saw the end of old ways of
intergovernmental negotiations
Climate change is elevated on national
agendas
– NOT as an environmental concern, but as an
energy, trade and development issue
The Copenhagen Accord
– A non binding “Letter of Intent”
– But little clarity on how this will be implemented
COP 15 Copenhagen
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Main elements: – Committed limiting global warming to 2°C
– Encouraged pledges of cuts from
developed countries and actions from
developing countries
– Agreed to transparent reporting of actions
– Proposed new mechanisms to manage
finance, technology and REDD+• Committed $10-100 bln annually over next 10
years
The Copenhagen Accord
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Pledges and actions to 2020
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Target Base
year
Purchases of
emissions credits
from other countries
Comparison with
emissions from
1990 2005
Japan -25% 1990 ? -25% -30%
EU (27) -20% 1990 Yes -20% -13%
USA -17% 2005 ? -4% -17%
China -40-45%
carbon
intensity
2005 ? In 2020:
-12% vs. BAU
India -25% carbon
intensity
2005 ? In 2020:
-9-19% vs. BAU
Brazil -36-39% vs.
BAU
2020 ? In 2020:
36-39% vs. BAU
South
Africa
-34% vs. BAU 2020 ? In 2020:
-34% vs. BAU
Michigan State University
1. Climate change is not a priority for all
2. Whose carbon is it?
3. What type of commitments are countries
willing to accept? National sovereignty?
4. Support to developing countries?
5. Competition concerns; a level playing field?
6. Robustness of climate science and IPCC
conclusions?
7. Domestic US legislation?
Stumbling Blocks in the international
climate negotiations
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All believe developing clean energy is a priority
Majority supports EPA regulation of CO2
US & Climate Change
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2010, Yale/George Mason University
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Bottom-up country pledges for action with
bilateral/regional agreements
A global umbrella agreement:
– Copenhagen Accord elements
– System for a global carbon market, broader than
CDM
– Recognition of sectoral approaches
Transformation of the energy system
Agriculture & land-use changes in focus
The energy, water & food challenge
Climate Change post-COP 15
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Sectoral Approaches
A way to address competition concerns?
WBCSD: Partnerships:
– Cement - Steel
– Buildings - Aluminum
– Forest Products - ICT
– Electricity Utilities
IEA Technology Roadmaps
– 17 technologies/ industry sectors
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Michigan State University
21 major cement producers with
operations in more than 100 countries
– 40% of global production
Leading the way on industry
sectoral approaches
Actions:
– CO2 measuring and reporting
– CDM methodology
Cement Sustainability Initiative
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Co-Chairs:
Michigan State University
Outlines existing and potential
technologies, and how they may help
the industry support a halving of
global CO ₂ emissions
CSI/ IEA Technology Roadmap
48WBCSD 2010 Liaison Delegate Meeting –
Montreux
Michigan State University
Power sector crucial to climate
change
Trilogy of policy reports
– “Power to Change: A business
contribution to a low-carbon electricity
future”
Roadmap of sector specific policy
recommendations
Next phase: delivering input into the
IEA, e.g. the new IEA Carbon and
Electricity Report (IEA-CER)
Exploring smart technologies
Electricity Utilities
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Co-Chairs:
Michigan State University
Buildings represent 50 % of world
energy use
Energy efficiency is huge business
opportunity both for new buildings as well as
refurbishing of existing ones
Four year project: Bottom-up analysis of 6
sub-markets
Report: “Transforming the Market”
(April 2009)
Cutting building emissions by 50% globally by
2050 is possible at an average abatement
cost of 25USD/tCO2 (PIIE, 2009)
Energy Efficiency in Buildings (EEB)
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Co-Chairs:
Michigan State University
Providing business perspectives on markets,
finance and technologies
– Glion Dialogues
– Cooperation with IEA, World Bank
Support and input to the negotiations
– Technology, REDD+, sectoral approaches
Advisory roles to governments
– China, US, Germany
– EU: contract to develop proposal for a formal business
role in climate negotiations
Provide tools for measurement and reporting
WBCSD Roles on Climate Change
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10+ year collaboration with WRI
Mission to develop internationally accepted
methodologies for measuring and reporting
GHG emissions
Corporate Standard released in 2001 - has
become most widely used international
standard
2 new Standards will be launched by end
2010
– Scope 3 (supply chain) and Product Life Cycle
– Currently being road-tested by 70+ companies
WRI / WBCSD GHG Protocol
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2020
– Milestone on the pathway to a sustainable world in
2050
A lot of actions/changes must be initiated
2010-2020 for the world to be on a sustainable
trajectory
– “The Turbulent Teens”
WBCSD Strategy 2020
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Vision:
– Everybody living well, within the limits of the
planet.
– Solutions based on strong and efficient
business involvement and partnerships with
other actors in society
Strategy 2020: Vision
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WBCSD Work Program
Focus Areas
- Water
- Buildings
- Forest Products
- Cement
- Electricity
Utilities
- Tires
-Mobility
- Mining
Projects
- Eco Patent
Commons
- Maritime
Energy and
Climate
The Business Role
Initiatives
• Urban Infrastructure• Sustainable Value Chains
• Urban Infrastructure
• Sustainable Value
Chains
Systems Solutions
Michigan State University
System Solutions
Urban Infrastructure
– Buildings, transport, energy, water, waste
Sustainable Value Chains
Water, Energy, Climate & Food
“Smart Solutions” based on ICT
– Electricity grids, mobility, logistics,
appliances, buildings
WBCSD Strategy: Key Issue I
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Sustainable consumption
– Efficiency & technology alone will not be
enough
– Lifestyles/ demand-side management
WBCSD Strategy 2020: Key Issue II
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Raw Material Acquisition
ProductionDistribution
& RetailUse End of Life
SUSTAINABLE
CONSUMPTIONSUSTAINABLE VALUE CHAIN
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Talent & Skills: People matter
The transition to sustainability requires more
skilled human resources
Competitive advantage through knowledge
and people
WBCSD Strategy 2020: Key Issue III
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The Financial sector
The role of the financial sector?
Societal service
vs.
Platform for profit maximization
Measurements of success and risk in the
economy?Societal returns & risks
vs.
Company financial returns & risks
WBCSD Strategy 2020: Key Issue IV
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Need to create better functioning
cooperation between
governments and business
A lot of diplomacy needed to bring
collective and coherent messages
from business
A World in Transition to Sustainability
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The future is going to be resource
and carbon constrained
Business has a major role to play
as a solution provider to the
transformation to a sustainable
future
Business cannot succeed in a
society that fails
A World in Transition to Sustainability
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