Public transport can represent an important solution to decarbonize the sector, even more when relying on low-carbon powertrains. This work will focus on two promising options for urban mobility, comparing the CO2 emissions intensity of battery electric buses and biomethane-powered internal combustion engines. The comparison is performed on a well-to-wheels basis, to account for the entire supply chain that is of particular importance for these two solutions, as most of the emissions occurs in the well-to-tank phase. The outcome of the study confirms that interesting emissions savings can be achieved through the substitution of diesel buses with these low-carbon alternatives. These values confirm the interesting opportunity represented by these technologies compared to the current situation, and even more when considering them against the use of private cars.
Carbon Intensity Indicators of Urban Buses: a Comparison of Electricity and Biomethane Supply Chains / Noussan, M.; Laveneziana, L.; Prussi, M.; Chiaramonti, D.. - ELETTRONICO. - (2024). (Intervento presentato al convegno 19th SDEWES Conference on Sustainable Development of Energy, Water and Environment Systems tenutosi a Roma nel 8-12 September 2024).
Carbon Intensity Indicators of Urban Buses: a Comparison of Electricity and Biomethane Supply Chains
M. Noussan;L. Laveneziana;M. Prussi;D. Chiaramonti
2024
Abstract
Public transport can represent an important solution to decarbonize the sector, even more when relying on low-carbon powertrains. This work will focus on two promising options for urban mobility, comparing the CO2 emissions intensity of battery electric buses and biomethane-powered internal combustion engines. The comparison is performed on a well-to-wheels basis, to account for the entire supply chain that is of particular importance for these two solutions, as most of the emissions occurs in the well-to-tank phase. The outcome of the study confirms that interesting emissions savings can be achieved through the substitution of diesel buses with these low-carbon alternatives. These values confirm the interesting opportunity represented by these technologies compared to the current situation, and even more when considering them against the use of private cars.Pubblicazioni consigliate
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https://hdl.handle.net/11583/2992406
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