Evaluación de pasivos ambientales en el área de influencia del proyecto hidroeléctrico Coca Codo Sinclair (El Salado - Lumbaquí) y alternativas de remediación
Ecuador on March 5, 1987 was hit by two earthquakes of magnitude of 6.1 and 6.9 in the Napo province, as one of the side effects occurred important landslides and debris flows, which buried part of the structure and pipeline of the Transecuadorian Pipeline System between Baeza and Lumbaquí. This...
| Autor Principal: | Cuesta Soto, Irina Esthela |
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| Formato: | bachelorThesis |
| Idioma: | spa |
| Publicado: |
2013
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| Materias: | |
| Acceso en línea: |
http://dspace.ups.edu.ec/handle/123456789/4955 |
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| Sumario: |
Ecuador on March 5, 1987 was hit by two earthquakes of magnitude of
6.1 and 6.9 in the Napo province, as one of the side effects occurred
important landslides and debris flows, which buried part of the
structure and pipeline of the Transecuadorian Pipeline System between Baeza and
Lumbaquí. This destruction gave way to the formation of environmental liabilities
which when starting the construction works of the Coca Codo Hydroelectric Project
Sinclair were point of attention to be evaluated.
Chapter 1 is developed with the purpose of covering the most information
belonging to the study area it describes the baseline in which it is located:
geographic location, geography, soils, climate, biodiversity, demography and ethnicity
The Amazon; It is also made up of the conceptual framework and legal framework in
the first one details the Oil Transportation System, spill concepts and
environmental liabilities depending on the PRAS worldview, the criteria that will
be evaluated in the environmental liabilities for the development of the matrix of
importance; in the second, the statutes of the Constitution of Ecuador are indicated
approved in 2008, International Agreements, National Legislation, RAOHE and
TULSMA
In Chapter 2, the field methodology is established, in which a plan of
Sampling identifying: the parameter to be analyzed, choice of sampling point,
sampling methodology and instruments to be used; Together, the
laboratory methodology and the evaluation of selected environmental liabilities
by using the importance matrix, field visit, laboratory analysis
and information obtained in the baseline.
In Chapter 3, possible scenarios are made in the area of influence of the project
Coca Codo Sinclair Hydroelectric determining natural hazards and
vulnerabilities presented by the population, structures and ecosystems of equal
way Natural Hazards Management Plans are proposed, forming a Plan
of Prevention, Contingency and Mitigation for each one of the factors that are
susceptible to danger in order to reduce future vulnerability |
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