環保專案成果報告查詢系統

專案計畫編號
經費年度	099
計畫經費	1,980 千元
專案開始日期	2010/01/16
專案結束日期	2011/01/15
專案主持人	蕭家寧
主辦單位	桃園市政府環境保護局
承辦人	劉貞淮
執行單位	中環科技事業股份有限公司
專案分類	環境監測及檢測
中文關鍵字	噪音監測;水質監測;桃園縣
英文關鍵字	Noise Level Monitoring;Water Quality Monitoring;Taoyuan County
協同主持人
共同主持人
計畫聯絡人	楊靜子
計畫聯絡電話	07-8152248#
計畫聯絡信箱	chingz.yang@gmail.com

中文摘要	本計畫主要針對桃園縣進行噪音、地下水水質、河川水質及水庫水質等監測，掌握各項測值變化趨勢，並進行趨勢分析及監測結果綜整檢討，以提供環保單位污染防制之參考。　　噪音監測計有8個環境與10個交通噪音監測點，每監測點每季執行2次之24小時連續監測作業，由99年度監測結果顯示，不合格測站主要發生在林務局復興站、新屋國小、虎頭山公園及武陵高中；主要噪音源來自民眾或學生活動、廣播設施、鳥鳴聲及往來車輛所產生之噪音等。　　地下水質監測計有3口戰備水井及32口場置性監測井，豐、枯水期各採樣一次，由99年度兩次監測結果顯示，超過地下水污染第二類監測基準之監測井比例為18/35，其中超過監測基準值之項目(站次/總站次)，計有氨氮(11/70)、鐵(13/70)及錳(24/70)等項。　　河川水質監測計有17處監測點，每監測點每季採樣1次，由99年度監測結果顯示，整體水質大多呈現中度污染，其中未符合丙類陸域地面水體水質標準之項目(站次/總站次)，計有pH(1/24)、溶氧量(3/24)、大腸桿菌群(24/24)、懸浮固體(1/24)、生化需氧量(20/24)、氨氮(24/24)，而未符合環境基準值者，計有銅(25/68)及錳(59/68)兩項，其中銅超標河段主要發生在南崁溪之田寮橋，新街溪之五青橋、內圳橋，埔心溪之沙圳橋，黃墘溪之中壢休息站(黃墘溪橋)及中福橋等。　　水庫水質監測僅1處監測點，每監測點每季採樣1次，由99年度監測結果顯示，各項測值皆符合乙類陸域地面水體水質標準及環境基準值。
中文關鍵字	噪音監測;水質監測;桃園縣

中文摘要

　　本計畫主要針對桃園縣進行噪音、地下水水質、河川水質及水庫水質等監測，掌握各項測值變化趨勢，並進行趨勢分析及監測結果綜整檢討，以提供環保單位污染防制之參考。　　噪音監測計有8個環境與10個交通噪音監測點，每監測點每季執行2次之24小時連續監測作業，由99年度監測結果顯示，不合格測站主要發生在林務局復興站、新屋國小、虎頭山公園及武陵高中；主要噪音源來自民眾或學生活動、廣播設施、鳥鳴聲及往來車輛所產生之噪音等。　　地下水質監測計有3口戰備水井及32口場置性監測井，豐、枯水期各採樣一次，由99年度兩次監測結果顯示，超過地下水污染第二類監測基準之監測井比例為18/35，其中超過監測基準值之項目(站次/總站次)，計有氨氮(11/70)、鐵(13/70)及錳(24/70)等項。　　河川水質監測計有17處監測點，每監測點每季採樣1次，由99年度監測結果顯示，整體水質大多呈現中度污染，其中未符合丙類陸域地面水體水質標準之項目(站次/總站次)，計有pH(1/24)、溶氧量(3/24)、大腸桿菌群(24/24)、懸浮固體(1/24)、生化需氧量(20/24)、氨氮(24/24)，而未符合環境基準值者，計有銅(25/68)及錳(59/68)兩項，其中銅超標河段主要發生在南崁溪之田寮橋，新街溪之五青橋、內圳橋，埔心溪之沙圳橋，黃墘溪之中壢休息站(黃墘溪橋)及中福橋等。　　水庫水質監測僅1處監測點，每監測點每季採樣1次，由99年度監測結果顯示，各項測值皆符合乙類陸域地面水體水質標準及環境基準值。

中文關鍵字

噪音監測;水質監測;桃園縣

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	99年度桃園縣環境品質監測計畫期末報告定稿本.pdf	46MB		2015/6/1 上午 12:00:00

摘要	This project focuses on monitoring the noise levels, river water and ground water qualities of Taoyuan County to understand the varying trend of the monitored analytes. The trends of the variations were analyzed and reviewed to provide the Environmental Protection Office a reference for future regulations. 　　Noise monitoring results of 2010 indicate that four stations, Forestry Bureau Fu Hsin office, Hsin Wu Elementary School, Hu Tou Mountain Park and Wu Lin High School, exceeded the regulatory levels most frequently. The noises were caused by the activities of the general public, students, broadcasting facilities, birds and traffic. 　　The analytical results of three military reserved wells and thirty-two regular monitoring wells indicated that the proportion of the wells that exceeded the type II ground water monitoring standards is 18/35. The analytes exceeding standards were ammonia nitrogen (11 out of 70), iron (13 out of 70) and manganese (24 out of 70). 　　 The analytical results of seventeen monitoring stations for the rivers indicated that most river water bodies were moderately polluted. The analytes that exceeded the Class C internal surface water quality standards were pH (1 out of 24), dissolved oxygen (3 out of 24), coliform group (24 out of 24), suspended solids (1 out of 24), biological oxygen demand (20 out of 24), ammonia nitrogen (24 out of 24). The analytes that exceeded the environmental standards were copper (25 out of 68) and manganese (59 out of 68). The monitoring stations that were found with copper exceeding the environmental standards were Tien Liao Bridge of Nan Gang River, Wu Ching and Nei Jyun Bridges of Hsin Jie River, Sha Jyun Bridge of Pu Hsin River, Chung Li rest area and Chung Fu Bridge of Huang Chian River. 　　The result of one reservoir indicated that all analytes met the Class B internal surface water quality standards and environmental standards.
英文關鍵字	Noise Level Monitoring;Water Quality Monitoring;Taoyuan County

摘要

　　This project focuses on monitoring the noise levels, river water and ground water qualities of Taoyuan County to understand the varying trend of the monitored analytes. The trends of the variations were analyzed and reviewed to provide the Environmental Protection Office a reference for future regulations. 　　Noise monitoring results of 2010 indicate that four stations, Forestry Bureau Fu Hsin office, Hsin Wu Elementary School, Hu Tou Mountain Park and Wu Lin High School, exceeded the regulatory levels most frequently. The noises were caused by the activities of the general public, students, broadcasting facilities, birds and traffic. 　　The analytical results of three military reserved wells and thirty-two regular monitoring wells indicated that the proportion of the wells that exceeded the type II ground water monitoring standards is 18/35. The analytes exceeding standards were ammonia nitrogen (11 out of 70), iron (13 out of 70) and manganese (24 out of 70). 　　 The analytical results of seventeen monitoring stations for the rivers indicated that most river water bodies were moderately polluted. The analytes that exceeded the Class C internal surface water quality standards were pH (1 out of 24), dissolved oxygen (3 out of 24), coliform group (24 out of 24), suspended solids (1 out of 24), biological oxygen demand (20 out of 24), ammonia nitrogen (24 out of 24). The analytes that exceeded the environmental standards were copper (25 out of 68) and manganese (59 out of 68). The monitoring stations that were found with copper exceeding the environmental standards were Tien Liao Bridge of Nan Gang River, Wu Ching and Nei Jyun Bridges of Hsin Jie River, Sha Jyun Bridge of Pu Hsin River, Chung Li rest area and Chung Fu Bridge of Huang Chian River. 　　The result of one reservoir indicated that all analytes met the Class B internal surface water quality standards and environmental standards.

英文關鍵字

Noise Level Monitoring;Water Quality Monitoring;Taoyuan County