環境資源報告成果查詢系統

109年度臺南市空氣品質維護區管制推動暨移動污染源車辨稽查計畫

中文摘要 特定區域管制在延續過去推動淨區政策上,希望能夠進化為『空氣品質維護區』,針對污染量高的柴油車、老舊及二行程機車加強限制或禁止行駛,所以各縣市原本也均以該相關政策方向規劃,希望利用車牌辨識系統來替代人力稽查方式,並擬建立管制與比對車籍之資料庫平台,來執行空氣品質維護區之車輛稽查管制工作。空污法修法通過後,依據第四十條可以劃設空氣品質維護區限制或禁止特定移動污染源,但公告後卻引起特定車輛團體的反彈,並發起多次的抗爭,在本市更是在遊行至市政府時砸車逼迫政策與稽查改變,引發不少問題。因為劃設空氣品質維護區的限制或禁止行駛,推動上難度頗高,因此經討論評估衝擊影響後,今年仍持續以可行之空品維護區主要進出車輛調查分析。另外,已於11月25日針對規劃劃設區域(安平商港、奇美博物館、尖山埤江南渡假村、虎頭埤風景區),邀請管理單位召開移動污染源管制宣導暨協商會,後續將再邀請受衝擊影響之利害關係人召開協商會,共同研討劃設區域與推動管制措施,期能將衝擊影響降至最低。 透過執行本計畫,利用車牌辨識系統的架設與建立後端資訊收集,針對未納管柴油車寄發通知到檢與逾期未定檢機車二次催檢通知,並嘗試利用車牌辨識系統的設備做為噪音稽查管制上的結合運用。透過車辨資料的彙整與車籍比對分析,可以提供各區域行駛車輛資訊與高污染地圖,做為未來移動污染源管制策略、空品維護區劃設管制措施擬定之參考。 一、計畫執行期程 本計畫執行期程由109年3月26日至109年12月31日止,期末報告執行成果統計截至109年12月31日。 二、主要執行成果 (一) 統計至12月31日止,車牌辨識數總計636,309輛(柴車318,466輛,機車317,841輛),剔除無效車牌並篩選比對車號唯一數後,其中柴油車54,401輛次、機車164,300輛次(汽車不計在內),總計218,701輛。 (二) 篩選未納管柴油車、逾期未定檢機車寄發到檢通知,總計已完成21,567件到檢通知寄發(機車12,040件、柴油車9,527件)。 (三) 本計畫將車牌辨識區域種類區分為一般道路、工業區、空品測站、高速公路交流道、空品維護區(安平商港、奇美博物館、尖山埤江南渡假村、虎頭埤風景區)、焚化廠(城西、永康)等六大類,其中本市車籍以空品測站佔比較高,其次為焚化廠;外縣市車籍則是以交流道佔比較高,其次為一般道路。無論是本市或外縣市車輛,車種的比率皆是以小貨車最高,其次為大貨車。 (四) 已完成2則新聞稿、1 則電台廣播( 75檔次連續播放10天)、2則大型柴油車補助跑馬燈播放等相關宣導工作。 (五) 協助柴油車各項補助案件之收件審查與匯款作業,共計申請案件990件,已完成983件(878件汰舊換新、94件調修、11件加裝濾煙器)案件審查與核撥款項作業。 三、建議 (一) 空品不良期間精進作為 空品不良期間,建議針對空品測站(臺南、安南、新營、麻豆)周遭上風處路段,依據車辨結果劃出污染潛勢路段,提供柴油車、機車計畫每月執行路邊攔檢、空品不良期間應變精進作為及稽查管制規劃之參考依據。 (二) 擴大車輛調查精進作為 建議針對轄區內各交流道下(仁德、永康、安定、麻豆、新市、新營及61快速道路)之車辨結果,與各工業區比對交流道及快速道路下來之柴油車,是否有進入轄區內工業區,以調查主要出入車輛族群及行業別,後續將持續篩選未納管、高污染柴油車寄發到檢通知,並提供柴油車計畫場站檢測規劃之參考。 (三) 空品維護區車輛調查 建議針對規劃劃設空品維護區大門出入口,架設車辨設備調查進入區域內之1-3期大型柴油車之比例與車種,以做為後續召開受衝擊影響之利害關係人協商會之邀請對象,藉由研商討論將衝擊影響降到最低。
中文關鍵字 空氣品質維護區、車牌辨識系統

基本資訊

專案計畫編號 TNEPB-109-AN30123 經費年度 109 計畫經費 9112 千元
專案開始日期 2020/03/26 專案結束日期 2020/12/31 專案主持人 葉家豪
主辦單位 臺南市政府環境保護局 承辦人 蘇兆民 執行單位 春迪企業股份有限公司

成果下載

類型 檔名 檔案大小 說明
期末報告 109年南市車辨計畫期末報告定稿-彙整-1100208.pdf 19MB

2020 Annual Tainan City Air Quality Maintenance Area Control and Mobile Pollution Source Inspection of Vehicle Identification System Plan

英文摘要 In extending the past clean air zone promotion policy, it is hoped that the certain special controlling areas could evolve into “air quality maintenance zones,” in which there would be strengthened restriction or prohibited driving of all vehicles with high pollution, including diesel vehicles, old and two-stroke motorcycles. Therefore, the various counties and cities originally made plans in the direction of the related policies. They hoped to use license plate recognition system to replace police spot checks to save manpower, and intended to establish a database platform for controlling and cross-checking vehicle registration information in order to carry out vehicle inspection and control work in the air quality maintenance zones. After the Amendment to Air Pollution Control Act was passed, in accordance with Article 40, the competent authority may plan and establish air quality maintenance zones to control or prohibit specific mobile pollution sources within. Nevertheless, promulgation of this Amendment caused a backlash from specific vehicle groups, which has protested for multiple times. In this City, the protesters even smashed cars while marching to the City Hall, and forced the government to change the policy and inspection, thus creating a lot of problems. In fact it is highly difficult to implement control or prohibit driving of vehicles in the planned and established air quality maintenance zones. Therefore, after discussion and evaluation of the impacts and effects, investigation and analysis are still made continuously this year for the main vehicles coming to and out of the feasible air quality maintenance zones. Besides, focusing on the planned and established zones (Anping Commercial Port, Chimei Museum, Jianshanpi Jiangnan Resort, Hutoupi Scenic Area), related management departments were invited to hold Mobile Pollution Source Control Promotion and Negotiation Meeting on November 25. In the future, those interested parties being affected by the impacts shall be invited to hold a negotiation meeting to discuss the matters concerning the planned and established zones, and to promote the control measures, with a hope to minimize the impacts and effects. Through implementing this plan, license plate recognition systems were installed, and back-end information collection was established. Notification of inspection was sent out to the owners of the diesel vehicles not under control, and second reminders of inspection were sent out to the motorcycle owners with their motorcycles uninspected upon expiry dates. The equipment for license plate recognition system was used, in an attempt to apply it as a combined noise inspection and control device. Through collection of vehicle license recognition data as well as cross-check and analysis of the vehicle registration information, driving vehicle information and high pollution maps can be provided to different areas to serve as a reference in future for drafting of mobile pollution source control strategies as well as control measures for planning and establishment of air quality maintenance zones. 1. Implementation period of this plan The implementation period of this plan was from March 26, 2020 to December 31, 2020. Statistics on the implementation results of the final report are as of December 31, 2020. 2. Main implementation results (1) According to the statistics as of December 31, the total number of recognized license plates was 636,309 vehicles (318,466 diesel vehicles, 317,841 motor vehicles). After ruling out the invalid license plates, and then filtering and cross-checking the number of vehicles with license plates repeating letters and numbers, there were 54,401 running-times of diesel vehicles, and 164,300 running-times of motorcycles (exclusive of automobiles), with a total of 218,701 vehicles. (2) Focusing on the diesel vehicles not under control and those motorcycles uninspected upon expiry dates, notifications of inspection were sent out to their owners. There was a total of 21,567 cases (12,040 cases of motorcycles, 9,527 cases of diesel vehicles) with notifications of inspection being sent out. (3) This plan divides the license plate recognition areas into six types of major zones: general roads, industrial districts, air quality measurement stations, highway interchanges, air quality maintenance zones (Anping Commercial Port, Chimei Museum, Jianshanpi Jiangnan Resort, Hutoupi Scenic Area), and incineration plants (Chengxi, Yongkang). Amongst them in this city, the registered vehicles at the air quality measurement stations account for the highest percentage and those with second highest percentage are in incineration plants. As to other counties and cities, the registered vehicles at highway interchanges account for the highest percentage, and those with second highest percentage are on general roads. No matter the vehicles were in this city or in other counties and cities, the vehicle type of small truck accounts for the highest percentage; and the vehicle type of large truck accounts for the second highest percentage. (4) Related advocacy work had been completed, including two press release articles, one radio broadcast (75 times of continuous broadcasting for 10 days), and two electronic road signs about subsidy for large diesel vehicles. (5) Assistance was given for receipt, review and remittance operation of applications for different diesel vehicle subsidies. There was a total of 992 applications received; and 983 cases (878 cases of replacement of the old vehicles, 94 cases of adjustment and repair, 11 cases of additional installation of smoke filter) had been reviewed, and had subsidies approved and remitted. 3. Suggestions (1) Improvement action during the period with poor air quality During the period with poor air quality, it is suggested that at the upwind road sections around the air quality measurement stations (in Tainan, Annan, Xinying, Madou), potential air pollution road sections should be specified in accordance with the license plate recognition results. Roadblocks and spot checks of diesel vehicles and motorcycles should be implemented every month. During the period with poor air quality, contingency and improvement action should be taken, and would become a reference for making inspection control plans. (2) Expansion of improvement action for vehicle survey It is suggested that the license plate recognition results at the various interchanges in the jurisdiction area (interchanges of Rende, Yongkang, Anding, Madou, Xinshi, Xinying and express highway No. 61) can be cross-checked with those in different industrial districts in order to see whether the diesel vehicles driving from these interchanges and express highways have entered the industrial districts in the jurisdiction area, and investigate what the major vehicle groups and industries entering the industrial districts are. Subsequently, focusing on the diesel vehicles not under control and those with high pollution, notifications of inspection will be continuously sent out to their owners, who would also be provided with an inspection plan of diesel vehicle planned station as a reference. (3) Vehicle survey in air quality maintenance zones It is suggested that license plate recognition equipment should be installed at the entrance and exit gates of the planned and established air quality maintenance zones in order to investigate the percentage and vehicle types of phase 1 to phase 3 large diesel vehicles entering the zones. Based on the data, interested parties affected by the impacts can be invited to attend the subsequently held negotiation meeting. Through consultation and discussion, the impacts and effects will be reduced to the least possible level or amount.
英文關鍵字 air quality maintenance zones, license plate recognition system