Papers by Sandrine Selosse
Giving the challenge of mitigating the effects of climate change and so reducing carbon emissions... more Giving the challenge of mitigating the effects of climate change and so reducing carbon emissions, this study highlights the possible technological trajectories in a future climate regime and particularly the role of carbon capture and storage. This research is developed with TIAM-FR, a bottom-up optimization model describing the world energy system expressed by regions and sectors in great detail of current and future technologies.
Achieving negative emissions in the power sector: A technological and regional approach with TIAM-FR
ABSTRACT
Impacts régionaux des enjeux mondiaux de réduction des émissions de GES: Prospective long terme à l'aide du modéle TIAM-FR
The aim of this study is to discuss the Copenhagen commitments, using the modelling tool TIAM-FR,... more The aim of this study is to discuss the Copenhagen commitments, using the modelling tool TIAM-FR, and to propose some keys to understanding long-term climate policy. More precisely, we investigate different coordination schemes for regions that have pledged to reach CO 2 mitigation targets during the period 2005-2050. Using regional carbon constraint scenarios, we show what these possible futures represent for different regions committed to the Copenhagen Agreement. Our analysis mainly focuses on the effects of these environmental constraints on several indicators such as, global and regional CO 2 emissions, the cost of the climate policy, the carbon marginal costs, the progress of primary energy consumption and the energy mix. This paper compares global efforts on CO 2 mitigation with the marginal cost of carbon for a variety of climate policies and focuses on the evolution of the energy mix. Lastly, it discusses the plausibility of developing CO 2 storage technologies to satisfy the carbon constraints. JEL O21, Q29, Q4, Q54, Q58
Engagements post COP 15: Séquestration du carbone ou renouvelables
The aim of this study is to discuss the Copenhagen commitments, using the modelling tool TIAM-FR,... more The aim of this study is to discuss the Copenhagen commitments, using the modelling tool TIAM-FR, and to propose some keys to understanding long-term climate policy. More precisely, we investigate different coordination schemes for regions that have pledged to reach CO 2 mitigation targets during the period 2005-2050. Using regional carbon constraint scenarios, we show what these possible futures represent for different regions committed to the Copenhagen Agreement. Our analysis mainly focuses on the effects of these environmental constraints on several indicators such as, global and regional CO 2 emissions, the cost of the climate policy, the carbon marginal costs, the progress of primary energy consumption and the energy mix. This paper compares global efforts on CO 2 mitigation with the marginal cost of carbon for a variety of climate policies and focuses on the evolution of the energy mix. Lastly, it discusses the plausibility of developing CO 2 storage technologies to satisfy the carbon constraints. JEL O21, Q29, Q4, Q54, Q58
Following the Copenhagen Climate Conference in 2009, some countries have adopted carbon abatement... more Following the Copenhagen Climate Conference in 2009, some countries have adopted carbon abatement pledges. As energy savings are a source of indirect carbon reduction, those pledges will impact the development of Energy Efficiency solutions. This study aims to quantify those impacts and determine their sensitivity to COP15 pledges within the competition with other cleaner technologies, especially on the supply-side.
The decisive role of the carbon storage potential in the deployment of the CCS option
What commitments for the future climate regime
Enjeux mondiaux et impacts régionaux des contraintes carbone. Prospective long terme à l'aide du modèle TIAM-FR
Following the Copenhagen Climate Conference in 2009, some countries have adopted carbon abatement... more Following the Copenhagen Climate Conference in 2009, some countries have adopted carbon abatement pledges. As energy savings are a source of indirect carbon reduction, those pledges will impact the development of Energy Efficiency solutions. This study aims to quantify those impacts and determine their sensitivity to COP15 pledges within the competition with other cleaner technologies, especially on the supply-side.
A cost analysis of the Copenhagen emission reduction pledges
ABSTRACT
Water-Energy Capital: sustainability implications through the implementation of water allocation in TIAM-FR energy model
... IN ENERGY MODEL A.Dubreuil* Centre for Applied Mathematics MINES Paristech, Sophia Antipolis,... more ... IN ENERGY MODEL A.Dubreuil* Centre for Applied Mathematics MINES Paristech, Sophia Antipolis, France e-mail: aurelie.dubreuil@mines-paristech.fr ... Centre for Applied Mathematics MINES Paristech, Sophia Antipolis, France e-mail: edi.assoumou@mines-paristech.fr ...
Modélisation prospective et approche "système". Quelle application avec TIAM-FR
CO2 mitigation targets and technological limits : Prospective analysis with the TIMES integrated assessment model (TIAM-FR)
ETSAP modeling tools: a bottom-up framework for energy issues
Prospective analysis of post-Copenhagen climate policy : the plausibility of investments in carbon capture and storage
Developed and developing countries perspectives of the climate policy based on the Copenhagen Accord: A long-term analysis with TIAM-FR
Towards A Shared Optimum For Water And Energy Resources: A Focus On The Middle East Using The TIAM-FR Model
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Papers by Sandrine Selosse