A Greenhouse Gas Inventory and Assessment of Reduction Strategies- A Case Study of Chemical Material Manufacturing

碩士 === 環球科技大學 === 觀光與生態旅遊系環境資源管理碩士班 === 103 === Intergovernmental Panel on Climate Change (IPCC) believes that the global average temperature will increase 3.7 °Cto 4.8 °Cby 2100. Carbon reduction issues are the recent impact of the greenhouse effect of global climate change, is a major challenge. E...

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Main Authors: Cyuan-Jhih Jheng, 鄭全志
Other Authors: Bai-You Cheng
Format: Others
Language:zh-TW
Published: 2015
Online Access:http://ndltd.ncl.edu.tw/handle/28ad38
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spelling ndltd-TW-103TWIT03990032019-05-15T22:08:24Z http://ndltd.ncl.edu.tw/handle/28ad38 A Greenhouse Gas Inventory and Assessment of Reduction Strategies- A Case Study of Chemical Material Manufacturing 溫室氣體盤查及減量策略評估-以化學材料製造業為例 Cyuan-Jhih Jheng 鄭全志 碩士 環球科技大學 觀光與生態旅遊系環境資源管理碩士班 103 Intergovernmental Panel on Climate Change (IPCC) believes that the global average temperature will increase 3.7 °Cto 4.8 °Cby 2100. Carbon reduction issues are the recent impact of the greenhouse effect of global climate change, is a major challenge. Enterprises should promote an idea for sustainable energy. Taiwan is also a member of the global village, according to the "United Nations Framework Convention on Climate Change" and "Kyoto Protocol" spirit. Taiwan EPA to promote the "greenhouse gas reduction and management law" by "Air Pollution Control Act." announcement carbon dioxide, methane, nitrous oxide, hydrofluorocarbons, sulfur hexafluoride and perfluorocarbons six gases as air pollutants materials. First push the Greenhouse gas emissions reporting as the basis greenhouse gas management system. This study was based on CNS 14064-1, the Taiwan EPA and GHG greenhouse gas inspection guidelines and the guidelines contained in the relevant guidelines and reference GHG Protocol. Someone chemical material manufacturing industry to analysis objects. In 2014 greenhouse gas inventory, and qualitative and quantitative methods and emission factors to analyze and understand their emissions are mainly distributed. In this study, according to research data results are analyzed, and suggested reduction policy evaluation. The result shows that direct emissions of greenhouse gas emissions (Scope 1) is 32,091.659 (metric tons CO2e / years), 60.27% of total emissions, energy indirect greenhouse gas emissions (Scope 2) is 21,150.516 (metric tons CO2e / years) 39.73 percent of total emissions, more direct and indirect greenhouse gas emissions, direct emissions of greenhouse gases to lignite 23,498.7120 (tonnes CO2e / years) accounted for 73.22%, natural gas 4,049.7743 (tonnes CO2e / years) accounted for 12.62% and low sulfur fuel oil 3,406.5292 (tonnes CO2e / years) accounted for the top three accounted for 10.61%, accounting for Scope 1with 96.45% of total emissions, energy indirect greenhouse gas is mainly purchased electricity accounted for 100%. Bai-You Cheng 鄭百佑 2015 學位論文 ; thesis 94 zh-TW
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language zh-TW
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sources NDLTD
description 碩士 === 環球科技大學 === 觀光與生態旅遊系環境資源管理碩士班 === 103 === Intergovernmental Panel on Climate Change (IPCC) believes that the global average temperature will increase 3.7 °Cto 4.8 °Cby 2100. Carbon reduction issues are the recent impact of the greenhouse effect of global climate change, is a major challenge. Enterprises should promote an idea for sustainable energy. Taiwan is also a member of the global village, according to the "United Nations Framework Convention on Climate Change" and "Kyoto Protocol" spirit. Taiwan EPA to promote the "greenhouse gas reduction and management law" by "Air Pollution Control Act." announcement carbon dioxide, methane, nitrous oxide, hydrofluorocarbons, sulfur hexafluoride and perfluorocarbons six gases as air pollutants materials. First push the Greenhouse gas emissions reporting as the basis greenhouse gas management system. This study was based on CNS 14064-1, the Taiwan EPA and GHG greenhouse gas inspection guidelines and the guidelines contained in the relevant guidelines and reference GHG Protocol. Someone chemical material manufacturing industry to analysis objects. In 2014 greenhouse gas inventory, and qualitative and quantitative methods and emission factors to analyze and understand their emissions are mainly distributed. In this study, according to research data results are analyzed, and suggested reduction policy evaluation. The result shows that direct emissions of greenhouse gas emissions (Scope 1) is 32,091.659 (metric tons CO2e / years), 60.27% of total emissions, energy indirect greenhouse gas emissions (Scope 2) is 21,150.516 (metric tons CO2e / years) 39.73 percent of total emissions, more direct and indirect greenhouse gas emissions, direct emissions of greenhouse gases to lignite 23,498.7120 (tonnes CO2e / years) accounted for 73.22%, natural gas 4,049.7743 (tonnes CO2e / years) accounted for 12.62% and low sulfur fuel oil 3,406.5292 (tonnes CO2e / years) accounted for the top three accounted for 10.61%, accounting for Scope 1with 96.45% of total emissions, energy indirect greenhouse gas is mainly purchased electricity accounted for 100%.
author2 Bai-You Cheng
author_facet Bai-You Cheng
Cyuan-Jhih Jheng
鄭全志
author Cyuan-Jhih Jheng
鄭全志
spellingShingle Cyuan-Jhih Jheng
鄭全志
A Greenhouse Gas Inventory and Assessment of Reduction Strategies- A Case Study of Chemical Material Manufacturing
author_sort Cyuan-Jhih Jheng
title A Greenhouse Gas Inventory and Assessment of Reduction Strategies- A Case Study of Chemical Material Manufacturing
title_short A Greenhouse Gas Inventory and Assessment of Reduction Strategies- A Case Study of Chemical Material Manufacturing
title_full A Greenhouse Gas Inventory and Assessment of Reduction Strategies- A Case Study of Chemical Material Manufacturing
title_fullStr A Greenhouse Gas Inventory and Assessment of Reduction Strategies- A Case Study of Chemical Material Manufacturing
title_full_unstemmed A Greenhouse Gas Inventory and Assessment of Reduction Strategies- A Case Study of Chemical Material Manufacturing
title_sort greenhouse gas inventory and assessment of reduction strategies- a case study of chemical material manufacturing
publishDate 2015
url http://ndltd.ncl.edu.tw/handle/28ad38
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