An Inventory of Greenhouse Gas Emission and Methods of Carbon Reduction at Changhua Detention Center, Ministry of Justice

• Main Authors: Lin, Chenghung, 林政宏
• Other Authors: Perng, Yuanshing
• Format: Others
• Language: zh-TW
• Published: 2013
• Online Access: http://ndltd.ncl.edu.tw/handle/01414300094621205445

碩士 === 大葉大學 === 工學院碩士在職專班 === 101 === Global Climate has been changing substantially in recent years. The climate transition has been threatening the human living environment; Nations in the world have been structuring any possible strategies to overcome this climate transition. Reducing the quantity of the greenhouse gas is the target to all nations. This study based on the Changhua Detention Center is the scope of this research, and we also examining scopes I, scopes II and scopes III of the greenhouse gas within the area of the prison. By using the technique of the greenhouse gas quantification, we calculate the emission volume of the gas. Investigating the carbon neutralization by the plants in the prison compund, and the compound utilities consumption/usage for the past few years. Evaluating the carbon neutralization and analysis of the gas emission originated for the result of these investigations. This study indicated in the year of 2012, the total emission volume of scopes I and II from Changhua Dectention Center was 551,276 kg CO2e¸ Scopes I was 348,840 kg CO2e; Scopes II was 202,436 kg CO2e. Most of emission gases CO2 were 73.25% of the total emission gas from Scopes I and II. The electricity purchased from the power grid was 50.13% of CO2 and the fuel for cooking boilers nesulted in 48.73% of CO2. However, including scopes III, the total emission volume of greenhouse gas increased to 631,318 kg CO2e¸ the scopes III itself was 80,041 kg CO2e, of which were mainly from the employees’ transportation vehicles and 12.68% of the total emission gas from scopes I to III.Scopes I, the direct greenhouse gas emission was reduced to 32.07% of the total emission gas from I to III; Scopes II, the indirect energy emission reduced to 32.07%. The carbon