Abstract
The awareness of the international community and the convergence of scientific data about the global warming confirm the urgency of implementing greenhouse gases abatement technologies at the world scale. The growth of world energy demand will not allow to rapidly get rid of the use of fossil fuels which are the main sources of greenhouse gases. Therefore, the capture and disposal of CO{sub 2} is a promising way to conciliate the use of fossil fuels and the abatement of pollutants responsible for the global warming. The economical and industrial stakes of this technique are enormous. In front of the success of a first international colloquium on this topic held in Paris in 2005, the IFP, the BRGM and the Ademe have jointly organized a second colloquium in October 2007, in particular to present the first experience feedbacks of several pilot experiments all over the world. This document gathers the transparencies of 27 presentations given at this colloquium and dealing with: the 4. IPCC report on the stakes of CO{sub 2} capture and storage; the factor 4: how to organize the French economy transition from now to 2050; the technology perspectives, scenarios and strategies up to 2050; the European technological platform
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Lavergne, R;
Podkanski, J;
Rohner, H;
Otter, N;
Swift, J;
Dance, T;
Vesseron, Ph;
Reich, J P;
Reynen, B;
Wright, L;
Marliave, L de;
Stromberg, L;
Aimard, N;
Wendel, H;
Erdol, E;
Dino, R;
Renzenbrink, W;
Birat, J P;
Czernichowski-Lauriol, I;
Christensen, N P;
Le Thiez, P;
Paelinck, Ph;
David, M;
Pappalardo, M;
Moisan, F;
Marston, Ph;
Law, M;
Zakkour, P;
Singer, St;
Philippe, Th;
Philippe, Th
Citation Formats
Lavergne, R, Podkanski, J, Rohner, H, Otter, N, Swift, J, Dance, T, Vesseron, Ph, Reich, J P, Reynen, B, Wright, L, Marliave, L de, Stromberg, L, Aimard, N, Wendel, H, Erdol, E, Dino, R, Renzenbrink, W, Birat, J P, Czernichowski-Lauriol, I, Christensen, N P, Le Thiez, P, Paelinck, Ph, David, M, Pappalardo, M, Moisan, F, Marston, Ph, Law, M, Zakkour, P, Singer, St, Philippe, Th, and Philippe, Th.
Capture and geological storage of CO{sub 2}. Innovation, industrial stakes and realizations; Captage et stockage geologique du CO{sub 2}. Innovation, enjeux industriels et realisations.
France: N. p.,
2007.
Web.
Lavergne, R, Podkanski, J, Rohner, H, Otter, N, Swift, J, Dance, T, Vesseron, Ph, Reich, J P, Reynen, B, Wright, L, Marliave, L de, Stromberg, L, Aimard, N, Wendel, H, Erdol, E, Dino, R, Renzenbrink, W, Birat, J P, Czernichowski-Lauriol, I, Christensen, N P, Le Thiez, P, Paelinck, Ph, David, M, Pappalardo, M, Moisan, F, Marston, Ph, Law, M, Zakkour, P, Singer, St, Philippe, Th, & Philippe, Th.
Capture and geological storage of CO{sub 2}. Innovation, industrial stakes and realizations; Captage et stockage geologique du CO{sub 2}. Innovation, enjeux industriels et realisations.
France.
Lavergne, R, Podkanski, J, Rohner, H, Otter, N, Swift, J, Dance, T, Vesseron, Ph, Reich, J P, Reynen, B, Wright, L, Marliave, L de, Stromberg, L, Aimard, N, Wendel, H, Erdol, E, Dino, R, Renzenbrink, W, Birat, J P, Czernichowski-Lauriol, I, Christensen, N P, Le Thiez, P, Paelinck, Ph, David, M, Pappalardo, M, Moisan, F, Marston, Ph, Law, M, Zakkour, P, Singer, St, Philippe, Th, and Philippe, Th.
2007.
"Capture and geological storage of CO{sub 2}. Innovation, industrial stakes and realizations; Captage et stockage geologique du CO{sub 2}. Innovation, enjeux industriels et realisations."
France.
@misc{etde_21080821,
title = {Capture and geological storage of CO{sub 2}. Innovation, industrial stakes and realizations; Captage et stockage geologique du CO{sub 2}. Innovation, enjeux industriels et realisations}
author = {Lavergne, R, Podkanski, J, Rohner, H, Otter, N, Swift, J, Dance, T, Vesseron, Ph, Reich, J P, Reynen, B, Wright, L, Marliave, L de, Stromberg, L, Aimard, N, Wendel, H, Erdol, E, Dino, R, Renzenbrink, W, Birat, J P, Czernichowski-Lauriol, I, Christensen, N P, Le Thiez, P, Paelinck, Ph, David, M, Pappalardo, M, Moisan, F, Marston, Ph, Law, M, Zakkour, P, Singer, St, Philippe, Th, and Philippe, Th}
abstractNote = {The awareness of the international community and the convergence of scientific data about the global warming confirm the urgency of implementing greenhouse gases abatement technologies at the world scale. The growth of world energy demand will not allow to rapidly get rid of the use of fossil fuels which are the main sources of greenhouse gases. Therefore, the capture and disposal of CO{sub 2} is a promising way to conciliate the use of fossil fuels and the abatement of pollutants responsible for the global warming. The economical and industrial stakes of this technique are enormous. In front of the success of a first international colloquium on this topic held in Paris in 2005, the IFP, the BRGM and the Ademe have jointly organized a second colloquium in October 2007, in particular to present the first experience feedbacks of several pilot experiments all over the world. This document gathers the transparencies of 27 presentations given at this colloquium and dealing with: the 4. IPCC report on the stakes of CO{sub 2} capture and storage; the factor 4: how to organize the French economy transition from now to 2050; the technology perspectives, scenarios and strategies up to 2050; the European technological platform on 'zero-emission thermal plants'; the CO{sub 2} capture and storage road-map in the USA; research, development and implementation of CO{sub 2} capture and storage in Australia; the Canadian experience; ten years of CO{sub 2} capture and storage in Norway; the In Salah operations (Algeria); CO{sub 2} capture and storage: from vision to realisation; the oxi-combustion and storage pilot unit of Lacq (France); the Altmark gas field (Germany): analysis of CO{sub 2} capture and storage potentialities in the framework of a gas assisted recovery project; oil assisted recovery and CO{sub 2} related storage activities in Brazil: the Buracica and Miranga fields experience; carbon capture and storage, an option for coal power generation; steel-making industries and their CO{sub 2} capture and storage needs: the ULCOS program; CO{sub 2} capture technologies: road-maps and potential cost abatement; membranes: oxygen production and hydrogen separation; CO2GeoNet: integration of European research for the establishment of confidence in CO{sub 2} geologic storage; CO2SINK, CO{sub 2} geologic storage test at the European pilot site of Ketzin (Germany); storage in aquifers for European industrial projects: AQUA CO2; the US approach: US standards for the qualification of a CO{sub 2} storage in agreement with federal and state regulations; legal and regulatory aspects; societal acceptation; CO{sub 2} capture, geologic storage and carbon market; economic aspects of CO{sub 2} capture and storage; an experience of implementation of 'clean development mechanisms' in an industrial strategy; closing talk. (J.S.)}
place = {France}
year = {2007}
month = {Jul}
}
title = {Capture and geological storage of CO{sub 2}. Innovation, industrial stakes and realizations; Captage et stockage geologique du CO{sub 2}. Innovation, enjeux industriels et realisations}
author = {Lavergne, R, Podkanski, J, Rohner, H, Otter, N, Swift, J, Dance, T, Vesseron, Ph, Reich, J P, Reynen, B, Wright, L, Marliave, L de, Stromberg, L, Aimard, N, Wendel, H, Erdol, E, Dino, R, Renzenbrink, W, Birat, J P, Czernichowski-Lauriol, I, Christensen, N P, Le Thiez, P, Paelinck, Ph, David, M, Pappalardo, M, Moisan, F, Marston, Ph, Law, M, Zakkour, P, Singer, St, Philippe, Th, and Philippe, Th}
abstractNote = {The awareness of the international community and the convergence of scientific data about the global warming confirm the urgency of implementing greenhouse gases abatement technologies at the world scale. The growth of world energy demand will not allow to rapidly get rid of the use of fossil fuels which are the main sources of greenhouse gases. Therefore, the capture and disposal of CO{sub 2} is a promising way to conciliate the use of fossil fuels and the abatement of pollutants responsible for the global warming. The economical and industrial stakes of this technique are enormous. In front of the success of a first international colloquium on this topic held in Paris in 2005, the IFP, the BRGM and the Ademe have jointly organized a second colloquium in October 2007, in particular to present the first experience feedbacks of several pilot experiments all over the world. This document gathers the transparencies of 27 presentations given at this colloquium and dealing with: the 4. IPCC report on the stakes of CO{sub 2} capture and storage; the factor 4: how to organize the French economy transition from now to 2050; the technology perspectives, scenarios and strategies up to 2050; the European technological platform on 'zero-emission thermal plants'; the CO{sub 2} capture and storage road-map in the USA; research, development and implementation of CO{sub 2} capture and storage in Australia; the Canadian experience; ten years of CO{sub 2} capture and storage in Norway; the In Salah operations (Algeria); CO{sub 2} capture and storage: from vision to realisation; the oxi-combustion and storage pilot unit of Lacq (France); the Altmark gas field (Germany): analysis of CO{sub 2} capture and storage potentialities in the framework of a gas assisted recovery project; oil assisted recovery and CO{sub 2} related storage activities in Brazil: the Buracica and Miranga fields experience; carbon capture and storage, an option for coal power generation; steel-making industries and their CO{sub 2} capture and storage needs: the ULCOS program; CO{sub 2} capture technologies: road-maps and potential cost abatement; membranes: oxygen production and hydrogen separation; CO2GeoNet: integration of European research for the establishment of confidence in CO{sub 2} geologic storage; CO2SINK, CO{sub 2} geologic storage test at the European pilot site of Ketzin (Germany); storage in aquifers for European industrial projects: AQUA CO2; the US approach: US standards for the qualification of a CO{sub 2} storage in agreement with federal and state regulations; legal and regulatory aspects; societal acceptation; CO{sub 2} capture, geologic storage and carbon market; economic aspects of CO{sub 2} capture and storage; an experience of implementation of 'clean development mechanisms' in an industrial strategy; closing talk. (J.S.)}
place = {France}
year = {2007}
month = {Jul}
}