環境資源報告成果查詢系統

九十八年度桃園縣溫室氣體盤查減量計畫

中文摘要 面對全球能源短缺、節能減碳的國際趨勢,推動溫室氣體減量已成為縣府團隊當前重要工作之一,以地方政府的角度來規劃溫室氣體減量工作,初期除須全盤了解排放特性與掌握排放源外,更須訂定具體之溫室氣體減量執行計畫。鑑於此,桃園縣政府已積極展開溫室氣體盤查減量計畫(96年度),今(98)年度延續先前計畫之精神規劃本縣減量目標,研擬環保局各科室之減量措施及合作機制,建立溫室氣體管理指標,以達成溫室氣體管制與減量之目標。並藉由「桃園縣減碳策略白皮書」編撰,整合縣府所屬單位目前及未來的減碳作為,以縣府立場記述溫室氣體減量工作之推動情形、問題剖析、對策擬訂、工作重點及未來期許與展望,作為本縣鑑往迎來、規劃新猷之參考依據。 根據桃園縣95年溫室體氣體盤查結果,桃園縣溫室氣體排放以工業為主要排放源,佔全桃園縣排放量69%。為此,本計畫進行桃園縣工業區溫室氣體盤查,利用桃園縣工業區組織之特點進行更為詳實之溫室氣體排放分析,了解工業區排放結構,並利用產值、就業人口與產業結構資料進行排放強度分析,並解析各工業區與桃園縣溫室氣體排放量差異。本計畫以桃園縣七大工業區中之平鎮、幼獅、中壢、龜山與大園工業區為盤查範疇,由盤查結果可知五工業區中以中壢工業區排放量為最高,幼獅工業區最低。若以能源使用效率而言,五工業區中以龜山工業區之單位產值與人均排放量最低。此外,桃園縣工業區單位產值與人均排放量皆較桃園縣工業平均排放量為低,且各產業間單位產值排放強度差異大,顯示各產業能源使用效率差異。本計畫亦以95年桃園縣溫室氣體盤查結果建立桃園縣溫室氣體盤查基線資料庫,整合並彙整各部門之排放量資料、排放源原始資料以及基線推估資料,提供未來使用與參考盤查資料時之平台。此外將於資料庫中比對現行既有之盤查制度及探討差異性,以為未來中央機關推動國內溫室氣體盤查工作之準備因應。 本縣住商部門大型排放源調查結果,初步認定大型排放源共121家,依建築型態分類,以學校23家(占1/5)最多,其次政府機關、醫院、辦公大樓、百貨量販店等;其中前十大耗能及溫室氣體排放源依序為桃園航空機場、中央大學、大江購物中心、台茂購物中心、行政院原子能委員會核能研究所、太平洋崇光百貨、中原大學、元智大學、長庚紀念醫院桃園及林口分院。由於目前缺乏溫室氣體盤查數據,暫以經濟部非製造業能源查核統計資料之能源消費量進行分析,除旅館、倉儲之溫室氣體排放量近8成由電力使用間接產生外,大多數建築溫室氣體排放量90~99%是經由電力使用所衍生。 計畫研擬之獎勵制度架構,建議成立一專業技術團隊提供各項減碳解決方案來協助企業界與政府部門鑑別減碳機會與尋找可以達成最佳減碳效果之方法,協助規劃具有經濟誘因之改善措施,同時針對參與之績優企業、政府部門公開表揚獎勵,提升住商部門自願減量意願。 林業部分之碳匯推估方面,本計畫以台灣本土樹種-台灣杉作一完整推估呈現,假設造林密度2000株/公頃,其總蓄積量與林齡及碳吸存量與林齡之變化趨勢,顯示林齡20年時總蓄積量為4.17×105公噸CO2e/公頃,碳吸收量為4.64×105公噸CO2e/公頃,若以2006年桃園縣溫室氣體總排放量3.66×103萬公噸為基準,則林齡20年之台灣杉將可吸收約1.27%之溫室氣體排放量,據此規劃每年持續造林1公頃,以20年為一週期,則20年後將可吸收約12%之溫室氣體總排放量,惟未考慮輪伐期及林木自然汰換等因素,對其吸收量有高估之虞,但仍可表現林業部門對溫室氣體減量之貢獻。由於台灣杉屬中高海拔樹種,較不適宜運用於平地造林,計畫另蒐集台灣七大造林樹種之資料加以推估,但因計算碳匯之方法不同,故其他樹種之碳匯資料在此僅供參考。林業部門碳吸收量雖其所佔比例不高,但相較於改善產業結構與能源使用所造成的經濟衝擊,造林減碳政策仍有其可行之處。 環顧歐美等國於溫室氣體減量政策之規劃,著眼於「發展低碳經濟」(Low-Carbon Economy)以及「增進共同效益」(Co-benefit)兩原則。前者側重於分析溫室氣體排放量與產業結構以及消費型態之關聯性,期藉由提昇產業生產力及推動永續消費型態,達到溫室氣體減量與經濟發展雙贏局面。後者則與溫室氣體主要排放源,亦是其餘環境衝擊之主要來源,建立良好夥伴關係。因此若於規劃節能減碳相關政策時,減少環境衝擊同時又助於區域性污染物減量,則可提昇溫室氣體減量政策之效益。 我國單位面積污染負荷量(工廠及車輛數量密度)遠高於其他國家,耗用化石能源為造成環境污染負荷主因;溫室減量議題壓力亦可作為改善污染負荷之動力。根據96年度盤查減量計畫成果,本縣溫室氣體排放量以製造工業之能源使用排放最高,佔全縣排放總量之60%以上,亦為本縣SOx與NOx主要排放源。因此於規劃本縣溫室氣體減量策略時,納入前述兩原則更形重要,結合空氣、水、廢棄物污染管制措施,進行全方位減量行動方案。 有關溫室氣體管理指標訂定,本計畫參照國家永續發展指標之D-S-R架構來發展桃園縣溫室氣體管理指標系統,而指標項目則參考美國華盛頓州King County、加拿大City of Prince George之溫室氣體管理指標、行政院國家永續發展指標與台北市、高高屏區域、高雄市、高雄縣,以及桃園縣等永續發展指標項目,期中報告階段初步擬訂六大部門的22個主要指標、與31個輔助指標,並部分計算了2006年桃園縣溫室氣體指標結果。 在桃園縣減碳白皮書研擬部分,蒐集國內節能減碳的現況、桃園縣基本概況和城鄉發展趨勢等相關資料,於分析後制定了白皮書的政策目標,以及初步研擬六大盤查部門的減碳方向和桃園縣環保局、城鄉發展處、交通處、工務處、工商發展處、水務處、農業發展處、觀光行銷處、教育處、社會處等10個局處的短、中長期減碳策略建議,並初步設計各局處之減碳策略調查問卷,另建構白皮書策略執行的推動參與機制,以供運作執行之參考。
中文關鍵字 白皮書;溫室氣體

基本資訊

專案計畫編號 經費年度 098 計畫經費 4220000 千元
專案開始日期 2009/03/31 專案結束日期 2010/04/01 專案主持人 林正芳
主辦單位 桃園市政府環境保護局 承辦人 翁秀蕙 執行單位 台大慶齡工業研究中心

成果下載

類型 檔名 檔案大小 說明
期末報告 期末報告定稿.rar 21MB

Greenhouse Gas Inventory and Reduction Plan in Year 2008

英文摘要 The trend of reducing carbon and greenhouse gas emissions has become an important task of the current county team in order to fulfill the local government's point of view of greenhouse gas reduction plan. In addition, a comprehensive understanding of the initial emission characteristics and to control the emission sources to set specific greenhouse gas reduction in the implementation plan. Taoyuan County Government has been actively carrying out greenhouse gas inventory and reduction plan since year 2007. Moreover, this year, 2009, with the ever increasing motivation of the county plan objectives, various sections of the EPA reduction measures and cooperation mechanisms for the greenhouse gas have been focused and developed to achieve the reduction and control of greenhouse gas. By compiling the “Carbon Reduction Strategy in Taoyuan County", all the units in the county department should promote the greenhouse gas emissions strategy in the present and future such as, to analyze the greenhouse gas problem, to develop the solution, to focus the future expectations and prospects, as the references for the new initiatives planning. According to the Taoyuan County greenhouse gas inventory results in 2006, industrial was found as the main source to emit greenhouse gas which accounts 69% of emissions in Taoyuan County. Therefore, in this project, Taoyuan County Industrial Park greenhouse gas inventory, Taoyuan County Industrial Zone was selected as the greenhouse gas emission characteristics with detailed examination to understand structure and use of output, employment, population and industrial data emission intensity analysis, and analysis of various industrial areas and Taoyuan County between greenhouse gas emissions. Five major industrial areas in Taoyuan County were selected in this project. There are Ping-chen, Youth, Chung-li Industrial Park, Gueishan and Dayuan Industrials. The results showed that Chung-Li industrial zone has the highest greenhouse gas emission, whereas Youth, Chung-li Industrial Park, Gueishan and Dayuan Industrials. The results showed Youth, Chung-li Industrial Park, Gueishan and Dayuan Industrials. The results showed released the least greenhouse gas. However, in terms of energy efficiency, Gueishan Industrials had the lowest per capita emissions per unit output value among these industrial zones. As a result, different industries have different emission intensity per unit output value which showed different industrial energy efficiency. This project also established a baseline greenhouse gas inventory and database in Taoyuan County which based on the previous work results (2006), which assimilate the emission information from each sector, raw date sources and baseline data estimation to provide relevant data for references and future use. Besides, the database will be compared with the inventory of existing systems to explore and analysis the differences for national greenhouse gas inventory in the central authority. The results of residential and commercial sector in this project showed that a total of 121 residential and commercial sector as the main emissions sources. 23 schools were found as the highest main emission source, and followed by government offices, hospitals, office buildings, department stores discount stores, etc according to the build type classification. Top ten sources of energy consumption and greenhouse gas emissions with ordering were Taoyuan International Airport, National Central University, Tam-Kang Mall, Taiwan Mall Shopping Mall, National Nuclear Energy Center, the Pacific Sogo Department Store, Chung Yuan Catholic University, Yuan Ze University, Chang Gung Memorial Hospital at Lin-Kou and Taoyuan. Since there is no greenhouse gas inventory data at this moment, Ministry of Economic Affairs Non-manufacturing energy audit energy consumption statistical data was temporary applied to analyze. Hotels and storage of greenhouse gas emissions were found nearly 80 percent of greenhouse gas emissions were indirectly by the use of electricity, whereas 90 ~ 99% greenhouse gas emissions in majority of building are derived through the use of electricity. This project also plans to develop a reward system which proposes to set up a professional team to provide the carbon reduction solutions in order to help business and government departments to reduce carbon emissions and provide the best of carbon reduction methods. In addition, it also can assist to plan the economic incentive sand rewards for those participating business and government sector which able to enhance the residential and commercial sectors to reduce the greenhouse gas emission voluntary. As the estimation of forest carbon sequestration, this project focused on one of the native species in Taiwan - Taiwan fir, to estimate complete presentation and assuming planting density 2000/ha. The total growing stock for stand age and forest carbon sequestration, and the change of age trend showed 20 years of age when the total forest stock volume was 4.17 × 105 tones CO2e/ha, carbon absorption capacity of 4.64 × 105 tones CO2e/ha. If Taoyuan County has a total emission of greenhouse gases, 3.66 × 103 million tonnes as a benchmark in 2006, the 20-year-old Taiwan fir will be about 1.27% of the absorption for greenhouse gas emissions, whereby planning sustainable forest 1 hectare per year to 20 year in a cycle, thus it is believed that 20 years in a cycle will absorb approximately 12% of greenhouse gas total emissions, which does not consider the rotation and replacement of natural vegetation and other factors. Although overestimated absorption has its danger, but it still provide the performance of the forestry sector which contribute to greenhouse gas reduction. Although the forestry sector carbon uptake by the proportion is not much high, but compared to the improvement of industrial structure and energy consumption could cause the economic shocks, afforestation and carbon reduction. Two principles in the greenhouse gas emissions policy, Low-Carbon Economy and Co-Benefit are focused by European countries, United States and other countries. Low-Carbon Economy is an economy which has a minimal output of greenhouse gas emissions and focuses on the analysis of greenhouse gas emissions with the industrial structure and consumption patterns in order to promote sustainable consumption patterns and upgrade the industrial productivity. Therefore, it can achieve sustainable greenhouse gas reduction and win-win situation in economic development. Co-Benefit principle is designed to establish a good partnership to find the major sources of greenhouse gases and evaluate the environmental impacts. In addition, it also assists in enhancing and promoting private sector initiatives with capacity development and enhances the effectiveness of greenhouse gas reduction policies In Taiwan, it was found that the pollutant load per unit area of China (factory and the number of vehicles density) higher than other countries. Consumption of fossil energy was the main reason of this problem. According to the inventory reduction plan results in 2007, industrials released the highest values of energy use emission in Taoyuan County which accounted 60% of the total county emissions, and SOx and NOx were the main source of the emissions. Therefore, in planning the county greenhouse gas reduction strategies, this project includes the two important principles (Low-Carbon Economy and Co-Benefit) to conduct full-reduction action plan in air, water, waste pollution and control measures. This project follows national framework for sustainable development DSR greenhouse gas management system of indicators to set the targets of greenhouse gas management, and the management indicators are followed to the references from U.S. state of Washington King County and Canada, City of Prince George, sustainable development indicators of the Executive Yuan National sustainable development indicators, Taipei, Ping-Tung area, Kao-hsiung City, Kaoh-siung County, and Taoyuan County. In the mid-term report, the preliminary report calculated the greenhouse gas indicator results in six departments of 22 major indicators, and 31 auxiliary index, and some of Taoyuan County in year 2006. After collecting the domestic carbon reduction status, the development the carbon reduction in Taoyuan County with rural and urban development trends in the basic profile and other related information, this project develops short, mid and long term carbon reduction strategies to Taoyuan County Environmental Protection Agency, Department of Urban and Rural Development, Department of Transportation, Department of Public Works, Department of Business Development, Department of Water Supplies, Department of Agriculture, Department of Marketing, Department of Education and Social Service Agency Office. Besides, preliminary design toreduce carbon questionnaire and the implementation of the strategies to promote the construction and implementation of participatory methods will be referred as references.
英文關鍵字