環保專案成果報告查詢系統

專案計畫編號	EPA-104-G103-02-201
經費年度	104
計畫經費	8,980 千元
專案開始日期	2015/03/31
專案結束日期	2015/12/31
專案主持人	許國恩
主辦單位	水保處
承辦人	鄧志夫
執行單位	財團法人中興工程顧問社
專案分類	水質保護
中文關鍵字	放流水標準、汞、壬基酚
英文關鍵字	Effluent standard、Mercury、Nonylphenol
協同主持人	朱敬平
共同主持人
計畫聯絡人	王郁萱
計畫聯絡電話	02-87919198#656
計畫聯絡信箱	cfteng@epa.gov.tw

中文摘要	環保署自99年起依據事業廢水水質特性調查結果，訂定高科技產業和石油化學產業放流水標準，本計畫追蹤放流水水質及放流水污染物削減管理計畫之執行情形與改善成效。歸納美國聯邦環保署針對蒸汽發電廠放流水新增之管制規定，研提發電廠放流水標準加嚴標準；另調查工業區廢水處理廠放流水氨氮，提出新增管制建議方案；針對廢水具壬基酚排放疑慮之事業進行水質調查分析，提出放流水標準壬基酚管制建議，及特定事業真色色度加嚴管制限值。本計畫綜整國內外文獻與廢水水質調查結果，建立印刷電路板製造業和發電廠廢水管理指引，並完成一場次指引教育訓練；另針對102年增訂水污染防制措施及檢測申報管理辦法中「逕流廢水污染削減管理」和「生物急毒性管理規定」部分，協助環保署追蹤逕流廢水削減措施之執行現況及累積生物急毒性背景水質數據；此外，歸納水質自動連續監測數據，提出管理建議；最後，擬定水污染防治法第十四條之一擬定執行策略。
中文關鍵字	放流水標準、汞、壬基酚

中文摘要

環保署自99年起依據事業廢水水質特性調查結果，訂定高科技產業和石油化學產業放流水標準，本計畫追蹤放流水水質及放流水污染物削減管理計畫之執行情形與改善成效。歸納美國聯邦環保署針對蒸汽發電廠放流水新增之管制規定，研提發電廠放流水標準加嚴標準；另調查工業區廢水處理廠放流水氨氮，提出新增管制建議方案；針對廢水具壬基酚排放疑慮之事業進行水質調查分析，提出放流水標準壬基酚管制建議，及特定事業真色色度加嚴管制限值。本計畫綜整國內外文獻與廢水水質調查結果，建立印刷電路板製造業和發電廠廢水管理指引，並完成一場次指引教育訓練；另針對102年增訂水污染防制措施及檢測申報管理辦法中「逕流廢水污染削減管理」和「生物急毒性管理規定」部分，協助環保署追蹤逕流廢水削減措施之執行現況及累積生物急毒性背景水質數據；此外，歸納水質自動連續監測數據，提出管理建議；最後，擬定水污染防治法第十四條之一擬定執行策略。

中文關鍵字

放流水標準、汞、壬基酚

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	1041229 TE15004期末報告正式報告(合併).pdf	59MB		2016/2/1 上午 12:00:00

摘要	Since 2010, based on a series of surveys on industrial wastewater characteristics, Taiwan’s Environmental Protection Administration (EPA) has been amending the Effluent Standards for high-tech and petrochemical industries. In this project, we followed up on the effluent quality of the two industries and the implementation of their Effluent Pollutant Elimination Management Plans. The second focus was to comment on the new regulations of the Steam Electric Power Generating Effluent Guidelines drafted by the US EPA. The drafts of the Effluent Standard for steam electric power plant were proposed. In addition, this project was to assess the ammonia and nitrogen levels in effluent discharged after industrial area wastewater treatment and proposed improvement suggestions. This project was also to assess the wastewater characteristics of industries with potential nonylphenol concerns. We raised suggestions on the Effluent Standard’s regulations for nonylphenol and the reinforced legal limitations on true color for specific industries. For the printed circuit board manufacturing industries and power stations, this project briefly compiled related domestic and international literatures, as well as the relevant reports on wastewater characteristics to draft the Industrial Wastewater Management Guideline of these two industries. Moreover, we conducted three educational and training courses on the finalized guidelines. For the run-off wastewater elimination and effluent’s acute toxicity control in the Water Pollution Control Measures and Test Reporting Management Regulations, we traced the implementation of run-off pollution control measures and accumulated the background data on effluent acute toxicity. In the project, we analyzed the data from continuous wastewater monitoring system and proposed suggestions on the enforcement. Finally, we drafted the strategy of Article 14-1 in the Water Pollution Control Act.
英文關鍵字	Effluent standard、Mercury、Nonylphenol

摘要

Since 2010, based on a series of surveys on industrial wastewater characteristics, Taiwan’s Environmental Protection Administration (EPA) has been amending the Effluent Standards for high-tech and petrochemical industries. In this project, we followed up on the effluent quality of the two industries and the implementation of their Effluent Pollutant Elimination Management Plans. The second focus was to comment on the new regulations of the Steam Electric Power Generating Effluent Guidelines drafted by the US EPA. The drafts of the Effluent Standard for steam electric power plant were proposed. In addition, this project was to assess the ammonia and nitrogen levels in effluent discharged after industrial area wastewater treatment and proposed improvement suggestions. This project was also to assess the wastewater characteristics of industries with potential nonylphenol concerns. We raised suggestions on the Effluent Standard’s regulations for nonylphenol and the reinforced legal limitations on true color for specific industries. For the printed circuit board manufacturing industries and power stations, this project briefly compiled related domestic and international literatures, as well as the relevant reports on wastewater characteristics to draft the Industrial Wastewater Management Guideline of these two industries. Moreover, we conducted three educational and training courses on the finalized guidelines. For the run-off wastewater elimination and effluent’s acute toxicity control in the Water Pollution Control Measures and Test Reporting Management Regulations, we traced the implementation of run-off pollution control measures and accumulated the background data on effluent acute toxicity. In the project, we analyzed the data from continuous wastewater monitoring system and proposed suggestions on the enforcement. Finally, we drafted the strategy of Article 14-1 in the Water Pollution Control Act.

英文關鍵字

Effluent standard、Mercury、Nonylphenol