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Tool to determine emissions from transportation of freight . UNFCCC Practitioner Workshop on Transport CDM Methodologies Bonn, 3 March 2011. Tool to determine emissions from transportation of freight. Scope of the tool.
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Tool to determine emissions from transportation of freight UNFCCC Practitioner Workshop on Transport CDM Methodologies Bonn, 3 March 2011 Lambert Schneider, Team Leader Methodologies Development & Improvement
Tool to determine emissions from transportation of freight • Scope of the tool • Applicability: Projects with small emissions from freight transportation. For example: • Use of biomass for power or heat generation • Use of alternative raw materials in cement production • Transport means: Road transportation by trucks • Potential future extension to railways, ships and aviation • Objectives: • Ensuring consistency between methodologies • Offering simplified methods to determine minor emissions
Tool to determine emissions from transportation of freight • Emissions calculation • Option A: Monitoring of fuel consumption • Most accurate determination of emissions • Monitoring costs • Option B: Use of conservative default values • Simplified determination of emissions • Only minor monitoring requirements • Simple to apply if freight is transported by a third party • Reasonably conservative estimates => slightly less CERs
Tool to determine emissions from transportation of freight • Application of conservative default values • Default values are expressed in gram CO2 per ton-kilometre • PPs only need to know • the type and quantity of freight transported (e.g. X tons of wood chips) • the origin and destination / distance travelled • the vehicle class used (e.g. 25 – 40 tons)
Tool to determine emissions from transportation of freight • Example from AM0090
Tool to determine emissions from transportation of freight • Key assumptions in deriving default values • Vehicle fuel efficiencies • Reasonable classification of vehicle types • Load on main and return trips • Topography (e.g. slope) • Traffic conditions (e.g. speed) • Fuel types used • Define reasonably conservative assumptions
Tool to determine emissions from transportation of freight • Key questions and next steps • Are comprehensive data sources on vehicle emission factors available from developing countries? • Which assumptions on topography, traffic conditions and vehicle loads can be regarded as reasonably conservative? • How can fuel consumption be monitored in practice? • Next steps • Consultancy on vehicle emission factors • Consideration/finalization by MP49 (May 2011)