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Author: Mariel P. Nerveza Publisher: ISBN: Category : Languages : en Pages : 0
Book Description
Coal-fired power plants are expected to continue to account for a significant share in the Philippines' energy mix until 2020 despite strong headwinds from government and civil society. Although the country will continue to exploit alternative energy sources, fossil it will still continue to attract emerging markets to invest on coal projects. The Proposed coal fired power plant in La Union is not an exemption. Even though a lot of environmental groups are opposing to it, it's construction is still inevitable. This development will eventually lead to destruction of the natural setting of the site and will cause numerous negative environmental and social impacts. Regenerative Design describes processes that restore, renew or revitalize their own sources of energy and materials. By integrating regenerative design through architecture, the coal power plant will be boosted to a more positive paradigm. The aim of this study is to explore the possibilities of Regenerative Design to mitigate the risks of the proposed coal power plant in La, Union. The goal will be obtained by the following objectives. (1) To identify the negative environmental impacts of the proposed coal power plant in Luna, La Union. (2) To integrate Regenerative Design in mitigating the environmental risks gathered (3) To provide design strategies that promote a regenerative and ecological coal power plant. This thesis proposal is project based and shall be analyzed through a collaborative research between the relationship of the systems and planning of a coal power plant to its environment. Data shall be gathered through site observation, related literature reviews, site observation, scientifically proven studies, and comparative analysis of successful case studies gathered.
Author: Mariel P. Nerveza Publisher: ISBN: Category : Languages : en Pages : 0
Book Description
Coal-fired power plants are expected to continue to account for a significant share in the Philippines' energy mix until 2020 despite strong headwinds from government and civil society. Although the country will continue to exploit alternative energy sources, fossil it will still continue to attract emerging markets to invest on coal projects. The Proposed coal fired power plant in La Union is not an exemption. Even though a lot of environmental groups are opposing to it, it's construction is still inevitable. This development will eventually lead to destruction of the natural setting of the site and will cause numerous negative environmental and social impacts. Regenerative Design describes processes that restore, renew or revitalize their own sources of energy and materials. By integrating regenerative design through architecture, the coal power plant will be boosted to a more positive paradigm. The aim of this study is to explore the possibilities of Regenerative Design to mitigate the risks of the proposed coal power plant in La, Union. The goal will be obtained by the following objectives. (1) To identify the negative environmental impacts of the proposed coal power plant in Luna, La Union. (2) To integrate Regenerative Design in mitigating the environmental risks gathered (3) To provide design strategies that promote a regenerative and ecological coal power plant. This thesis proposal is project based and shall be analyzed through a collaborative research between the relationship of the systems and planning of a coal power plant to its environment. Data shall be gathered through site observation, related literature reviews, site observation, scientifically proven studies, and comparative analysis of successful case studies gathered.
Author: Mariel P. Nerveza
Author: Mariel P. Nerveza
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Author: United States. Federal Energy Regulatory Commission
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Author: United States. Securities and Exchange Commission
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Author: United States. Federal Energy Regulatory Commission
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