Title: BioEnergy and Forestry
1Bio-Energy and Forestry
- Capacity Development for the CDMCOP 10 Side
Event, Dec. 11, 2004
2Overview
- Rationale for project integration
- Services provided by afforestation and bioenergy
- Small (scale) is beautiful?
- Outlook on research agenda
3Why integrate CDM AR Energy?
- Land use change contributes to 20 25 of
anthropogenic GHG emissions - Expiring CERs (tCERs lCERs) have low present
value - Restoration forestry is unprofitable except for
carbon credits
4Rationale for integrated projects
- Millennium Development Goals
- Eradicate poverty and hunger (goal 1)
- Ensure environmental sustainability (goal 7)
- Build a global partnership for development (goal
8) - Renewable Energy and Energy Efficiency
Partnership (REEEP) - Foster renewable energy energy efficiency
systems in pursuit of national environmental,
economic, social and security objectives
5Rationale for integrated projects
- UNFCCC
- Development and poverty eradication are the first
and overriding priorities of the developing
country Parties (Art. 4.7) - In order for developing countries to progress
towards that goal, their energy consumption will
need to grow - Measures should be comprehensive, cover all
relevant sources, sinks reservoirs (Art. 3.3)
6Services provided by afforestation
- Soil protection
- Protect quantity quality of water level
- Reduce forest depletion by fire wood substitution
- Increase incomes for local communities
- Increase land asset value for local communities
- Capacity building for local communities in
sustainable management techniques
7Bio-energy in DCs
- Renewable energy supply 14 percent of the world's
primary energy use (WEA 2004) - Predominantly biomass used for cooking and
heating in rural areas of developing countries,
(e.g. 50 60 in Asia, 70 - 90 in Africa) - Biomass power occurs commonly in form of direct
combustion in developing countries - Anaerobic digestion to produce biogas for use in
engines also common - Most feedstock from agricultural and forest
industry residues
8Services provided by bioenergy
- Residential and commercial cooking and hot water
(wood, crop, dung, charcoal) - Rural small industry, agriculture and other
productive uses (mainly residues from production)
- Grid-based power generation
- Transport fuels (ethanol from sugar cane,
biodiesel, synthetic fuels from residues) - Rural residential and community lighting,
television, radio and telephony (biogas)
9Small biofuels and development
- Costs of fossil fuels to increase
- CDM leapfrogging effect, if shift to fossil
energy is avoided - No radical change in energy use patterns required
- Better fire wood availability frees womens
workforce - Cleaner stoves improve health situation
10Integrated project C accounting
Landscape level
- Expiring CERs
- Definitive CERs
(Example Schlamadinger et al. 2001)
11Example for combination scenario
12Risks of integrated projects
- Large areas blocked
- Former land uses disrupted
- Fast-growing species vs. biodiversity
- Drainage of arid soils
- Increased use of fertilizers
- Soil depletion by short rotation forestry
13Risks of integrated projects
Crediting for fuel wood use may lead to short
rotation and lower C fixation
C0
C1
14Small is beautiful?
- Conditions for source projects
- Renewable energy lt 15 MW or
- Energy consumption reduction lt 15 GWh y-1, or
- Emission reduction emissions lt 15 kt CO2e y-1,
or - Conditions for AR projects
- Net removal lt8 kt CO2e y-1, and
- developed or implemented by low-income
communities and individuals
15Small is beautiful?
- Combinations between source sink ssc projects
do not add up to one full-scale project - Each activity to be treated separately
- Small PDD cost reduction
- EB-level practical problems (which Meth Panel is
responsible, or both?)
16Outlook on further research
- Combine different scale activities
- Find suiting project examples
- Pooling on different levels timescales
- Project quality indicators
- Options for co-financing the core activity
- Ssc fund options
- Potential ODA involvement in CDM
17- Thank you for your attention!