環境資源報告成果查詢系統

109年度高雄市加強高污染車輛稽查管制暨柴油車示範運行計畫

中文摘要 由於柴油車管制工作礙於經費、檢測設備及人力等資源不足之下,尚未執行定期檢驗制度,無法全面性納管所有柴油車輛。現階段透過目視判煙作業、辦理民眾檢舉案件、通知有污染之虞柴油車到檢及執行路邊攔檢稽查作業等,執行不定期稽查作業,了解到落實車輛保養維修,始能有效改善車輛污染排放。由於本市柴油車輛數為全國第一,顯示柴油車污染負荷量最多,自100年以來,環保局評選出具公信力之原廠或客運車隊等13家認可保養廠,藉由本計畫進行柴油車定檢示範作業,設立排煙檢測示範站,在保檢合一制度之基礎下,與認可保養廠合作進行排煙檢測及現場維修保養,藉此擴大本市柴油車檢測能量,並輔導車主加入自主管理行列,透過執行成果了解本市現階段未有檢測紀錄柴油車輛之期別、廠牌、種類及污染度,根據執行成果進行量化分析,並輔以車主意見回饋,針對受檢滿意度與定檢支持度進行優化分析,作為未來柴油車定檢制度推行及評估定檢制度之可行性之參考依據。 本計畫執行期程自109年7月8日起開始執行至110年7月7日止,各項工作皆配合進度規劃執行。以計畫量化目標中,於109年8月7日提送定檢示範運行規劃書;成立6家保養廠定檢示範站,並提供3套檢測儀器設備;執行柴油車輛定期檢驗共1,921輛,其中符合補助資格共1,883輛,補助檢測費用共撥付282,450元;寄發柴油車定期檢驗通知單共6,119輛;配合建置兩套管理系統,包含車牌辨識資訊管理系統及柴油車排煙定期檢驗管理資訊系統;每月至少訪查1次定檢示範站,針對檢驗場所、檢測人員、排煙檢測程序、設備校正紀錄及自主管理標章核發與後續追蹤等項目進行查核。 依據定檢示範站執行柴油車定期檢測作業成效,定檢通知作業共回檢2,470輛,回檢率約40.3%,其中由定檢示範站檢驗之車輛共有1,264輛,以廠牌DAF、車種營業曳引車及5期車之車輛回檢比例最高;第一版問卷調查表共發放1,047份,其中有效問卷734份。分析第一版問卷調查結果,大部分定檢對象皆滿意示範站檢測及服務品質,也支持本局與保養廠合作設置柴油車定檢站,推動柴油車定檢制度,僅有少部分車主認為定檢示範站太少、建議檢測預約時間希望可以更具彈性、多設檢驗站,落實老車汰換政策;而考量配合執行定檢制度運行,最優先考量項目為檢測地點方便性。因初期調查結果似乎無法得到確切的回饋資訊,本計畫參採期中進度報告審查委員之建議,重新修正及製作第二版問卷調查表,共發放825份,其中有效問卷574份。分析第二版問卷調查結果,主要車輛到檢原因為接到環保局通知;大部分的定檢對象對於本次檢測作業是滿意;有99.0%的定檢對象是支持環保局與保養廠合作設置柴油車定檢站;有89.5%定檢對象支持環保局推動柴油車定檢制度;對於未來推動柴油車定檢制度若採取收費制可接受金額以「200-400元」最高;有71.8%定檢對象認為「環保局授權認可保養廠」為優先選擇檢測地點;若推動柴油車定檢制度,54.5%定檢對象建議以「行政公文通知」。 本計畫透過各保養廠的訪談作業及填寫調查表單,針對本次示範性計畫執行經驗及成果,進行柴油車執行定檢之可行性分析。執行可行性的部分,多數保養廠表示有意願,可提升企業形象並提供客戶多元選擇,但不要侷限本市車輛;對於客戶抱怨或反映現階段推動定檢政策,主要有檢測地點選擇性太少,而各保養廠則一致性表示最適合之地點為環保局授權之認可保養廠。技術可行性的部分,多數表示透過補助,願意自行添購設備及考照;另外則建議應朝向無紙化作業及擴增檢測地點;分析各廠每月定期保養數及每年保養頻率,評估每年針對定保客戶至少能完成700輛檢測。時程可行性的部分,多數保養廠認為應依車齡進行區分,僅有1家建議每年檢驗一次。經濟可行性的部分,半數保養廠認為一輛檢測補助費應提高至300-500元,且後續若推動柴油車定檢制度採取向車主收取費用,介於200-600元屬於車隊自有保養廠,介於600-1000元則屬原廠保養廠。 而依據定檢示範站檢測統計分析,到檢車輛種類以營業車為主;廠牌以HINO及VOLVO之車輛到檢數最多約5成;到檢車齡以6-10年之車輛佔37.7%最多;另外針對示範站檢驗數追蹤近5年排煙檢測情形,每年約有8-9成左右之車輛均未有檢驗紀錄,而近5年來曾有檢驗紀錄之車輛共有936輛,反觀有979輛近5年來未曾有檢驗紀錄,顯示藉由本計畫推動定檢示範站而到檢的車輛比率超過5成左右,有效改善柴油車輛排煙污染情形。 藉由計畫執行車輛調修改善總計可削減車輛污染TSP:48.16公噸、PM10:48.16公噸、PM2.5:44.31公噸。
中文關鍵字 柴油車、認可保養廠、定檢示範站、保檢合一、可行性分析

基本資訊

專案計畫編號 經費年度 109 計畫經費 4865 千元
專案開始日期 2020/07/08 專案結束日期 2021/07/07 專案主持人 林慈儀
主辦單位 高雄市政府環境保護局 承辦人 鄭心渝 執行單位 瑩諮科技股份有限公司

成果下載

類型 檔名 檔案大小 說明
期末報告 計畫期末報告_109年度高雄市柴油車定期檢驗示範運行計畫.pdf 10MB 計畫期末報告

2020 Demonstration Plan for the Diesel Vehicle Regular Testing

英文摘要 Due to the lack of funds, inspection equipment, and human resources for controlling diesel vehicles, the regular testing policy has not been implemented, and all diesel vehicles cannot be fully managed. The irregular inspections were carried out at the present stage, including the visual determination of smoke, handling public reporting cases, notifying diesel vehicles suspected of pollution, and performing roadside pull-over inspections, etc. Through those actions performed, it was understood that implementing vehicle maintenance and repairs can effectively ameliorate vehicle pollution emissions. The number of diesel vehicles in Kaohsiung city is ranked first place in the country, which presents that diesel vehicles produce the largest pollution loading. Since 2011, the Environmental Protection Bureau of Kaohsiung City Government has selected 13 certified service shops of the original motor companies or passenger transport companies. Demonstration of diesel vehicle regular inspection has been carried out by this project, and the “Diesel vehicle regular testing demonstration stations” have been established. Based on the integration of maintenance and inspection, the demonstration station conduct smoke emissions testing and immediate maintenance, thereby expanding the capacity of diesel vehicle testing in this city and coaching vehicle owners to join the self-management. The implementation results illustrated the period, brand, type, and pollution degree of diesel vehicles that have not been tested and recorded in this city. The quantitative analysis was conducted based on the implementation results and supplement with the feedback of vehicle owners in order to optimize the analysis of the inspection satisfaction and the support for the regular inspection. Those analysis outcomes are the reference for the implementation of the future diesel vehicle regular testing and the evaluation of the feasibility of the regular testing. The execution period of this project is from July 8, 2020, to July 7, 2021, and all work is carried out in accordance with the schedule. In the quantified target of this project, the "Demonstration plan of regular testing" was submitted on August 7, 2020; six service shops were established as the demonstration stations, and 3 sets of inspection equipment were provided; 1,921 vehicles were tested the regular inspections of diesel vehicles, of which 1,883 qualified for subsidies with a total of NT$282,450 was allocated for the subsidy of inspection fee; 6,119 diesel vehicle inspection notifications were sent; two sets of management systems were established, including the license plate identification management information system and the diesel vehicle smoke exhaust regular testing management information system. Moreover, the regular testing demonstration stations were visited at least once a month to check the inspection sites, inspectors, smoke exhaust inspection procedures, equipment calibration records, and the issuance of self-management labels as well as follow-up tracking item. According to the effectiveness of operating the demonstration plan of diesel vehicle regular testing, 2,470 vehicles were inspected among the total number of inspection notifications sent, with a return rate of approximately 40.3%. In addition, the regular testing demonstration station inspected 1,264 vehicles, which showed the highest inspection rate of the brand DAF, tractor of operating vehicle, and the phase-5 vehicles (produced after January 1, 2012). The first version of the questionnaire was distributed of 1,047 copies, of which 734 were valid questionnaires. Analyzing the results of the questionnaire, most of the regular inspection participants were satisfied with the inspection and service quality of the demonstration stations. The participants also supported the establishment of diesel vehicle regular testing stations in cooperation with service shops and implementing the diesel vehicle regular testing policy. Only a few vehicle owners claimed that there were too few regular testing demonstration stations, and recommended that the inspection appointment time be more flexible, more testing stations be set up, and the old car replacement policy which should be implemented. In consideration of cooperating with the implementation of the regular testing policy, the highest priority was the convenience of the inspection location. Since the initial survey results seem to be unable to obtain accurate feedback information, this project adopted the suggestion of the mid-term progress report review committee to revise and prepare the second version of the questionnaire. A total of 825 copies of the questionnaire were issued, of which 574 were valid questionnaires. Analyzing the results of the questionnaire, the main reason for the inspection of vehicles was receiving notification sent from the Environmental Protection Bureau (EPB); most of the regular inspection participants were satisfied with this inspection operation. Additionally, 99.0% of the regular inspection participants supported the diesel vehicle regular testing station which was cooperated between the EPB and the service shops. The ratio of the regular inspection participants with 89.5% supported the EPB to promote the diesel vehicle regular testing policy. Furthermore, for the future promotion of the diesel vehicle regular testing policy, the highest acceptable amount could be "NT$200-400" if the fee system was adopted. The percentage of the regular inspection participants with 71.8 believe that the "certified service shop with EPB authorized and approved" was the priority to select the inspection location; 54.5% of the regular inspection participants would recommend an "official document notification" if the diesel vehicle regular testing policy was promoted. This project conducts the feasibility analysis of the regular inspection of diesel vehicles through interviews and investigation forms of various service shops. For the implementation of the feasibility part, most service shops expressed their willingness to establish the regular testing station in order to enhance their corporate image and provide customers with multiple choices but did not limit the vehicles in this city. The main reason for the complaints or reflect at the present stage of the regular inspection policy from the customer was that the selection of testing locations is too few. Besides, service shops agreed that the most suitable location was the certified service shops authorized by the EPB. For the technical feasibility part, most of the service shops indicated that they are willing to purchase equipment and attend the test to get licenses by themselves through subsidies. In addition, it was recommended to move towards paperless operations and set up more testing locations. Analyzing the monthly regular maintenance number and annual maintenance frequency of each service shop, the evaluation presented that the service shop would inspect for the regular maintenance customers at least 700 vehicles every year. In terms of the feasibility of the schedule, most service shops believed that vehicles should be inspected according to the year of production, and only one recommended an annual inspection. In terms of economic feasibility, half of the service shops believed that the testing subsidy for a vehicle should be increased to NT$300-500. Besides, if the subsequent diesel vehicle regular testing policy was adopted to charge the vehicle owner, the service shops of passenger transport companies would charge NT$200-600 and the service shops of original motor companies would charge NT$600-1000. According to the statistical analysis of inspections at the demonstration stations, the main types of vehicles to be inspected were operating vehicles; the number of vehicles with the brand of HINO and VOLVO was about 50%; the number of vehicles with the age of 6-10 years accounted for 37.7%, the highest ratio. Apart from this, tracking the vehicles inspected at the demonstration stations for the record of smoke emissions inspection in the past 5 years, the result presented approximately 80% to 90% of vehicles that had no inspection records in each year and 936 vehicles with inspection records. On the contrary, 979 vehicles had no inspection record in the past 5 years. It was showed that the proportion of vehicles inspected through this project to promote regular testing demonstration stations exceeds about 50%, which effectively ameliorated the smoke pollution of diesel vehicles. Through this project to implement the maintenance and repair of vehicles, it is estimated that vehicle pollution can be reduced TSP: 48.16 metric tons/year, PM10: 48.16 metric tons/year, PM2.5: 44.31 metric tons/year.
英文關鍵字 Diesel vehicle, Certified service shop, Regular testing demonstration station, Integration of maintenance and inspection, Feasibility analysis