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Administrative Support Group ASG Update

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Landfill methane is a potent heat-trapping gas and it's global. ... Global emissions will increase as countries improve landfilling practices. ... – PowerPoint PPT presentation

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Title: Administrative Support Group ASG Update


1
Opportunities for Landfill Methane Use
in the Latin American Region
Brian Guzzone U.S. Environmental Protection
Agency Latin American LFG Project Expo 2005

2
Why Does the U.S. Govt. Care About Global
Landfill Methane Emissions?
  • Landfill methane is a potent heat-trapping gas
    and its global.
  • Landfills are the third largest human-made source
    of methane in the world (and rising).
  • Global emissions will increase as countries
    improve landfilling practices.
  • LFG energy projects reduce global methane
    emissions and local air pollution, and create
    jobs, revenues, and cost savings.
  • U.S. ratified UNFCCC and launched Methane to
    Markets Partnership (July 2004).

3
Landfill Gas Energy Advantages
  • Combustion destroys methane and other organic
    compounds in LFG.
  • Offsets use of nonrenewable resources (coal, oil,
    gas) reducing emissions of SO2, NOx, PM, and CO2
  • LFG is a recognized renewable energy resource.
  • LFG projects have on-line availability over 90.
  • Serves as the baseload renewable energy
    resource.
  • LFG is among the most cost competitive renewable
    resources available (US 0.04 - 0.06/kW).
  • LFG can act as a long-term price and volatility
    hedge against fossil fuels.

4
Global Human-Caused Landfill Methane Emissions
(2005)
5
Global Landfill Methane Emissions Trends
  • Industrialized Nations Declining
  • Increased LFG regulation
  • Increased recycling of organics/paper
  • Increased LFG utilization (gt1000 worldwide)
  • Developing Nations Sharply Increasing
  • Shift from open dumps to sanitary/engineered
    landfills
  • Increased MSW generation and disposal
  • Lack of LFG regulation and recycling

6
Challenges Dumps v. Sanitary Landfills
  • Lack of information on sanitary landfill design,
    implementation, management, and how to integrate
    landfill methane capture
  • High organics (e.g., food)
  • Lack of environmental controls (e.g., air, water
    public health impacts)

7
Challenges Political
  • Solid waste and landfill management a low budget
    priority for cities
  • Landfill management and methane recovery not a
    priority for central governments
  • Municipal investment needs are not a high
    priority on the central governments capital
    investment plan, and municipalities typically
    lack the funds to finance this investment

8
Challenge Economic
  • Low/artificial energy prices
  • Landfills often physically distant from potential
    methane clients
  • Landfills of medium/small cities may not generate
    enough garbage to produce enough methane
  • Investment in small scale methane production may
    not attract investors

9
Achievements Near-Term Opportunities
  • Track Record of Operating Projects, mainly in
    developed countries (1100 worldwide)
  • New Projects in Developing Countries (e.g.,
    Nanjing, China Monterrey, Mexico)
  • Near-Term Potential JI/CDM Projects (e.g., Asia,
    Latin America)
  • Consolidation of small open dumps to regional
    disposal sites
  • Emerging LFG technologies showing promise for
    developing countries

10
Landfill CH4 Emissions M2M Latin American
Countries (2005)
11
M2M Goals and Objectives
  • Create an international framework to advance the
    recovery and use of methane as a valuable clean
    energy source
  • Promote cost-effective, near-term methane
    recovery and use projects through partnerships
    between developed, developing, and transition
    countries
  • Catalyze private sector investments by engaging
    private companies, multilateral development
    banks and other relevant organizations in M2M
    implementation and activities

12
M2M is a Public-Private Partnership
  • Private sector involvement is central to the
    success of the Partnership
  • Provide technical input and expertise
  • Identify and implement activities and projects
  • Participate in all activities
  • Private sector will benefit from investment
    opportunities created through the Partnership
  • M2M brings together governments and the Private
    Sector through the Project Network

13
Landfill Technical Subcommittee
  • Co-Chairs
  • Argentina and Italy
  • Current Landfill Subcommittee Membership
  • Argentina, Australia, Brazil, Colombia, Italy,
    India, Japan, Mexico, Russia, Ukraine, United
    Kingdom, United States

14
Potential Short-Term Landfill Subcommittee
Initiatives
  • Workshops/Project Expos
  • Orientation Visits to U.S. and other Partner
    countries
  • Feasibility (and pre-feasibility) studies
  • Direct project assistance
  • Capacity building
  • International database
  • Pipeline of projects

15
USG LFG Project Assessment / Training Tools
  • International Landfill Database
  • International LFG Model (generation and recovery)
  • Feasibility Assessments 
  • Technical Training

16
Landfill Database
17
LFG Model (Mexico)
Prados de la Montana Landfill Mexico
18
Upcoming M2M Events
  • M2M Landfill Gas Workshop, 31 May 1 June,
    Moscow, Russia
  • M2M Landfill Subcommittee Meeting, 13 June,
    Torbay, UK
  • M2M Steering Committee Meeting, 2-4 November,
    Buenos Aires, Argentina

19
For More Information
  • www.methanetomarkets.org
  • Brian Guzzone (U.S.EPA)
  • guzzone.brian_at_epa.gov
  • 1.202.343.9248
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