Download Greening Asia`s Infrastructure Development

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts

Climate change mitigation wikipedia , lookup

Energiewende in Germany wikipedia , lookup

IPCC Fourth Assessment Report wikipedia , lookup

Carbon Pollution Reduction Scheme wikipedia , lookup

Politics of global warming wikipedia , lookup

German Climate Action Plan 2050 wikipedia , lookup

Economics of climate change mitigation wikipedia , lookup

Climate change in Canada wikipedia , lookup

Low-carbon economy wikipedia , lookup

Mitigation of global warming in Australia wikipedia , lookup

Business action on climate change wikipedia , lookup

Transcript
Greening Asia’s Infrastructure
Development
Herath Gunatilake
Director
Regional and Sustainable Development Department
Asian Development Bank
1
Asia’s Infrastructure Investment
Requirements and Deficits
• Between 2009 and 2013, Asia Pacific region
accounted for more than 50% of the global
increase in capital spending on infrastructure
• The Asia Pacific infrastructure investment need
is expected to grow by 7% to 8% a year over
the next decade.
2
Asia’s Infrastructure Investment
Requirements and Deficits
• Asia’s overall infrastructure investment
needs are estimated at $4.4 trillion for
2015 - 2020
– average infrastructure investment need of
about $730 billion per year
– 68% of which is for new capacity and 32%
of which is for maintaining and replacing
existing infrastructure
– ADB about $20 billion, may increase to about
$30 billion
3
Asia’s Infrastructure Investment
Requirements and Deficits
• In addition to the overall national
infrastructure needs, $175 billion
investment is needed for regional
projects—with an average infrastructure
investment need of close to $30 billion per
year
4
Estimate Infrastructure Needs in
Developing Asia (in US billion)
New Capacity
Replacement
4,500
4,000
3,500
3,000
2,500
2,000
1,500
1,000
500
-
Electricity
Telecommunication
Transport
Water and
Sanitation
Source: ADB and ADBI
5
ADB’s Environment Operations
Directions
Environmentally sustainable growth as one of 3 development
agendas, and environment as a core area of operations
Promoting a
shift to
sustainable
infrastructure
Investing in
natural
capital
Strengthening
governance
and
management
capacities
Climate change (mitigation and adaptation)
6
Asia’s Share of Global GDP, 1700-2050
An additional 3 billion Asians
achieve European living
standards by 2050
A. Clean Energy
Asia’s Energy Trilemma
• Accessibility: 600 million people without access to
electricity (and intermittent services for those who
have access)
• Affordability: costs of supply are high (or
unsustainable subsidies)
• Sustainability: air pollution and CO2 emissions
Developing Asia’s Share in Global CO2
Emissions from Energy Consumption
2010
Rest of
the World
63%
2035
Developing Asia
37%
47%
Rest of
the World
53%
In 1973: 9%
Source: ADB, APERC 2013
9
ADB Energy Sector Vision
Affordable Clean Energy for All
Current
EE&RE
Future
Energy Efficiency
RE
Fossil fuels
Fossil
fuels
Investment Requirements:
BAU vs Alternative (2010-2035)
Cumulative Investment
($ trillion, 2006$ )
25.0
$ 19.9
trillion
20.0
15.0
Industry
Commercial
Demand side
additional
investment:
$7.3 trillion
$ 11.7
trillion
Residential
Transport
Distribution
10.0
Energy
Transportation
Supply side
investment:
$12.6 trillion
5.0
Transformation
Extraction/Produ
ction
0.0
BAU
ALT
Source: ADB, APERC 2013
11
B. Sustainable Transportation
Problem of rapid motorization
Congestion
Air pollution
Rising GHG emissions
23% of global energy-related GHG
•
Transport is
emissions
•
Land transport is
•
Land transport GHG emissions to
2050
¾ of transport GHG emissions
based on current trend
double by
Unsafe roads
• 645,000 annual road deaths and 30
million injuries in developing Asia
• Leading cause of death for 15-44 year olds, 2nd
leading cause for 6-14 year olds
• Vulnerable users are 50–75% of deaths
• Costs 2-5% of GDP
Avoid-Shift-Improve Paradigm
Avoid
the need to
travel
Shift
to sustainable
modes
Improve
efficiency of
all modes
Lower congestion, emissions,
air pollution, road accidents,
respiratory & health problems
17
STI priorities and targets
Sustainable transport systems
Accessible
Affordable
STI lending directions
Environment friendly
Safe
STI subsector lending targets
Mainstream sustainability in roads
Scale up 4 areas
100%
2000-09
2020
80%
•
•
•
•
Urban transport
Addressing climate change
Cross-border transport & logistics
Road safety & social sustainability
60%
40%
20%
0%
Road
Rail
Water
Urban
Transp
Air
18
Asia’s Cities
19
C. Sustainable Urban Development
20
ADB’s approach
Addressing
Equity Issues
(Inclusiveness)
Providing appropriate
livelihood, service,
shelter, and
infrastructure
solutions to poor and
vulnerable
communities
Promoting Improved
Environment and
Resilience
(Green)
Developing resource
use-efficient and
climate changeresilient cities
Building the
Economy
(Competitiveness)
Providing strategic
physical, social and
institutional
infrastructure for
inclusive growth
21
ADB’s Five Core Urban Areas
•
•
•
•
•
City Cluster Economic Development (CCED)
Urban transport
Waste management
Municipal finance
Urban renewal and slum rehabilitation
22
Lessons/Challenges
• Infrastructure -opportunity for environment
management
• Greening is costly, reliable estimates of
benefits may help
• Technology transfer is challenging
• Making infrastructure resilient to natural
disasters
• Public resource are inadequate, private
investment PPPs are vital
23
Thank you!
For more information:
http:www.adb.org
[email protected]
24