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Morocco - Integrated Solar Combined Cycle Power Project (anglais)

Examen des rapports de fin d’exécution ICRR14371 JUN 27, 2014

Morocco - Integrated Solar Combined Cycle Power Project (anglais)

Bilan de fin d’exécution et de résultats ICR2693 JUN 25, 2013

Morocco - INTEGRATED SOLAR COMBINED CYCLE POWER PROJECT : P041396 - Implementation Status Results Report : Sequence 06 (anglais)

Rapport sur l’état d’avancement et les résultats des projets ISR2712 SEP 25, 2012

Coma Cunill,Roger

GEF Grant Agreement, TF058314 Conformed (anglais)

Accord de don ou de fonds fiduciaire APR 20, 2007

Bichara,Dominique

Morocco - Integrated Solar Combined Cycle Power Project (anglais)

Document d’évaluation du projet 36485 FEB 20, 2007

Morocco - Integrated Solar Combined Cycle Power Project (anglais)

Fiche de projet du FEM 39070 NOV 15, 2006

Morocco - Integrated Solar Combined Cycle Power Project (anglais)

Fiche signalétique sur les politiques de sauvegarde AC1960 SEP 08, 2006

The Integrated Solar Combined Cycle Power Project for Morocco aims at increasing the use of renewable energy sources in Morocco and to help reduce the long-term costs of low greenhouse gas emitting energy technologies. As a country that is well endowed with both solar and wind resources, this project will allow Morocco to develop this comparative advantage and become a leader in the application of solar thermal technologies. The environmental impact of the plant both at the local and regional/global level will be minimal as the plant will utilize solar and natural gas. The use of solar power does not produce any pollutants. The combustion of natural gas leads to the lowest level of CO2 emissions of any fossil fuel. In addition, the combustion of natural gas does not entail SO2 emissions, and has significantly lower emissions of NOx than other fossil fuels. The heat transfer oil used in the system might leak and contaminate soil. However, appropriate treatment of contaminated soil has been included in the design of the project. No other adverse environmental impacts, including on groundwater, are foreseen. Equally, no resettlement is foreseen and no adverse social impacts are expected. : Maroc - Étude d’impact sur l’environnement de la centrale thermosolaire d’Ain Beni Mathar : centrale thermosolaire, bretelle de gaz et routes d’accès ligne électriques (français)

Évaluation environnementale E1415 MAY 01, 2006

Morocco - Integrated Solar Combined Cycle Power Project (anglais)

Document d’information sur le projet AB1277 FEB 15, 2006

Morocco - Solar Based Power Project (anglais)

Fiche signalétique sur les politiques de sauvegarde AC302 SEP 25, 2003

Morocco - Solar Based Power Project (anglais)

Document d’information sur le projet AB350 SEP 25, 2003

Conformed Copy - TF022942 - Solar Based Thermal Plant Project - Global Environment Facility (anglais)

Accord de don ou de fonds fiduciaire OCT 07, 1999

Legal Dept of World Bank

Titre du document Date du document Numéro du rapport Type de document également avilable dans
Morocco - Integrated Solar Combined Cycle Power Project (anglais)
Voir la suite
JUN 27, 2014 ICRR14371 Examen des rapports de fin d’exécution
Morocco - Integrated Solar Combined Cycle Power Project (anglais)
Voir la suite
JUN 25, 2013 ICR2693 Bilan de fin d’exécution et de résultats
Morocco - INTEGRATED SOLAR COMBINED CYCLE POWER PROJECT : P041396 - Implementation Status Results Report : Sequence 06 (anglais)
Voir la suite
SEP 25, 2012 ISR2712 Rapport sur l’état d’avancement et les résultats des projets
GEF Grant Agreement, TF058314 Conformed (anglais)
Voir la suite
APR 20, 2007 Accord de don ou de fonds fiduciaire
The Integrated Solar Combined Cycle Power Project for Morocco aims at increasing the use of renewable energy sources in Morocco and to help reduce the long-term costs of low greenhouse gas emitting energy technologies. As a country that is well endowed with both solar and wind resources, this project will allow Morocco to develop this comparative advantage and become a leader in the application of solar thermal technologies. The environmental impact of the plant both at the local and regional/global level will be minimal as the plant will utilize solar and natural gas. The use of solar power does not produce any pollutants. The combustion of natural gas leads to the lowest level of CO2 emissions of any fossil fuel. In addition, the combustion of natural gas does not entail SO2 emissions, and has significantly lower emissions of NOx than other fossil fuels. The heat transfer oil used in the system might leak and contaminate soil. However, appropriate treatment of contaminated soil has been included in the design of the project. No other adverse environmental impacts, including on groundwater, are foreseen. Equally, no resettlement is foreseen and no adverse social impacts are expected. (Vol. 5) : Rapport d’actualisation sur l’environnement de la centrale thermosolaire d’Ain Beni Mathar (français)
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MAR 26, 2007 E1415 Évaluation environnementale
Morocco - Integrated Solar Combined Cycle Power Project (anglais)
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FEB 20, 2007 36485 Document d’évaluation du projet
Morocco - Integrated Solar Combined Cycle Power Project (anglais)
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NOV 15, 2006 39070 Fiche de projet du FEM
Morocco - Integrated Solar Combined Cycle Power Project (anglais)
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SEP 08, 2006 AC1960 Fiche signalétique sur les politiques de sauvegarde
Maroc - Projet de centrale thermosolaire : cadre de politique de réinstallation : Maroc - le cadre de politique de réinstallation et d’acquisition de terrain (français)
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JUL 01, 2006 RP443 Plan de réinstallation
Maroc - Projet de centrale thermosolaire : cadre de politique de réinstallation (Vol. 2) : Maroc - Projet de la centrale thermosolaire d’Ain Beni Mathar - le plan de réinstallation involontaire (français)
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JUN 01, 2006 RP443 Plan de réinstallation
Morocco - Integrated Solar Combined Cycle Power Project : resettlement policy framework (Vol. 3) : Plan de reinstallation et d'acquisition de terrain (anglais)
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JUN 01, 2006 RP443 Plan de réinstallation
The Integrated Solar Combined Cycle Power Project for Morocco aims at increasing the use of renewable energy sources in Morocco and to help reduce the long-term costs of low greenhouse gas emitting energy technologies. As a country that is well endowed with both solar and wind resources, this project will allow Morocco to develop this comparative advantage and become a leader in the application of solar thermal technologies. The environmental impact of the plant both at the local and regional/global level will be minimal as the plant will utilize solar and natural gas. The use of solar power does not produce any pollutants. The combustion of natural gas leads to the lowest level of CO2 emissions of any fossil fuel. In addition, the combustion of natural gas does not entail SO2 emissions, and has significantly lower emissions of NOx than other fossil fuels. The heat transfer oil used in the system might leak and contaminate soil. However, appropriate treatment of contaminated soil has been included in the design of the project. No other adverse environmental impacts, including on groundwater, are foreseen. Equally, no resettlement is foreseen and no adverse social impacts are expected. : Maroc - Étude d’impact sur l’environnement de la centrale thermosolaire d’Ain Beni Mathar : centrale thermosolaire, bretelle de gaz et routes d’accès ligne électriques (français)
Voir la suite
MAY 01, 2006 E1415 Évaluation environnementale
Morocco - Integrated Solar Combined Cycle Power Project (anglais)
Voir la suite
FEB 15, 2006 AB1277 Document d’information sur le projet
The Integrated Solar Combined Cycle Power Project for Morocco aims at increasing the use of renewable energy sources in Morocco and to help reduce the long-term costs of low greenhouse gas emitting energy technologies. As a country that is well endowed with both solar and wind resources, this project will allow Morocco to develop this comparative advantage and become a leader in the application of solar thermal technologies. The environmental impact of the plant both at the local and regional/global level will be minimal as the plant will utilize solar and natural gas. The use of solar power does not produce any pollutants. The combustion of natural gas leads to the lowest level of CO2 emissions of any fossil fuel. In addition, the combustion of natural gas does not entail SO2 emissions, and has significantly lower emissions of NOx than other fossil fuels. The heat transfer oil used in the system might leak and contaminate soil. However, appropriate treatment of contaminated soil has been included in the design of the project. No other adverse environmental impacts, including on groundwater, are foreseen. Equally, no resettlement is foreseen and no adverse social impacts are expected. (Vol. 2) : Centrale thermosolaire, bretelle de gaz et routes d’accès (français)
Voir la suite
JAN 01, 2006 E1415 Évaluation environnementale
The Integrated Solar Combined Cycle Power Project for Morocco aims at increasing the use of renewable energy sources in Morocco and to help reduce the long-term costs of low greenhouse gas emitting energy technologies. As a country that is well endowed with both solar and wind resources, this project will allow Morocco to develop this comparative advantage and become a leader in the application of solar thermal technologies. The environmental impact of the plant both at the local and regional/global level will be minimal as the plant will utilize solar and natural gas. The use of solar power does not produce any pollutants. The combustion of natural gas leads to the lowest level of CO2 emissions of any fossil fuel. In addition, the combustion of natural gas does not entail SO2 emissions, and has significantly lower emissions of NOx than other fossil fuels. The heat transfer oil used in the system might leak and contaminate soil. However, appropriate treatment of contaminated soil has been included in the design of the project. No other adverse environmental impacts, including on groundwater, are foreseen. Equally, no resettlement is foreseen and no adverse social impacts are expected. (Vol. 3) : Lignes électriques haute tension - Rapport final (français)
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JAN 01, 2006 E1415 Évaluation environnementale
Morocco – Projet intégré solaire cycle combiné : plan de gestion environnementale (Vol. 4) : Rapport d’implantation de forages dans la nappe de Ain Beni Mathar pour l’alimentation en eau de la centrale thermo solaire (français)
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DEC 01, 2004 E1415 Évaluation environnementale
Morocco - Solar Based Power Project (anglais)
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SEP 25, 2003 AC302 Fiche signalétique sur les politiques de sauvegarde
Morocco - Solar Based Power Project (anglais)
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SEP 25, 2003 AB350 Document d’information sur le projet
Conformed Copy - TF022942 - Solar Based Thermal Plant Project - Global Environment Facility (anglais)
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OCT 07, 1999 Accord de don ou de fonds fiduciaire