環保專案成果報告查詢系統

專案計畫編號
經費年度	111
計畫經費	14,974 千元
預算科目	土壤及地下水污染調查、應變及整治之推動
專案開始日期	2022/03/31
專案結束日期	2023/11/30
專案主持人	林淳純
主辦單位	環管署土壤及地下水污染整治基金管理會
承辦人	張富傑
執行單位	美商傑明工程顧問股份有限公司台灣分公司
專案分類	土壤及地下水
中文關鍵字	土壤及地下水、貯存系統、環境管理
英文關鍵字	soil and groundwater, storage systems, environmental management
協同主持人
共同主持人
計畫聯絡人	謝佑昀
計畫聯絡電話	02-87123866#53
計畫聯絡信箱	Joseph.Hsieh@stantec.com

中文摘要	為完備貯存系統監測、申報與管理業務，完善管制配套措施，環境管理署辦理「貯存系統污染預防及申報管理計畫」，針對貯存系統辦法管制對象辦理法規符合度輔導及現勘作業100場次，並勾稽逾10,000筆業者申報資料，篩選異常者供地方環保局查核追蹤管理。另針對列管34項指定物質物化性質，建立比對環檢方法適用性評估流程，並建議以現行環檢方法為基礎，加測碳數範圍超過C40之專屬方法，以完備檢測分析需求；同時，比對評析監測方法與效益，蒐集國內資料與國外應用既有儲槽建置內部雙層結構之技術，並開發存量統計調節方法，以提升預警洩漏效益。另為因應新增管制事業，於系統端擴增既設網路傳輸申報系統之服務與管理功能，並優化網站友善環境與強化網站資訊安全，同時提供專業技術與實務諮詢，並配合辦理申報說明會議、提出考評指標建議以及辦理其他計畫需求事項。
中文關鍵字	土壤及地下水、貯存系統、環境管理

中文摘要

為完備貯存系統監測、申報與管理業務，完善管制配套措施，環境管理署辦理「貯存系統污染預防及申報管理計畫」，針對貯存系統辦法管制對象辦理法規符合度輔導及現勘作業100場次，並勾稽逾10,000筆業者申報資料，篩選異常者供地方環保局查核追蹤管理。另針對列管34項指定物質物化性質，建立比對環檢方法適用性評估流程，並建議以現行環檢方法為基礎，加測碳數範圍超過C40之專屬方法，以完備檢測分析需求；同時，比對評析監測方法與效益，蒐集國內資料與國外應用既有儲槽建置內部雙層結構之技術，並開發存量統計調節方法，以提升預警洩漏效益。另為因應新增管制事業，於系統端擴增既設網路傳輸申報系統之服務與管理功能，並優化網站友善環境與強化網站資訊安全，同時提供專業技術與實務諮詢，並配合辦理申報說明會議、提出考評指標建議以及辦理其他計畫需求事項。

中文關鍵字

土壤及地下水、貯存系統、環境管理

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	貯存系統污染預防及申報管理計畫-成果報告公開版.pdf	15MB		2024/2/24 上午 12:00:00

摘要	The Pollution Prevention and Declaration Management Project for Storage Systems, initiated by the Environmental Management Administration (EMA), aims to strengthen monitoring, reporting, and management services for storage systems, aligning with regulatory requirements. The plan incorporates comprehensive measures to refine control mechanisms, assess current methodologies, and enhance associated support systems to mitigate pollution risks. To ensure compliance with storage system regulations, the project engaged in 100 on-site regulatory compliance guidance sessions and surveys, consolidating over 10,000 business records for the identification of anomalies, facilitating local environmental protection bureaus' oversight and management. Simultaneously, a process evaluating the suitability of environmental inspection methods for 34 listed substances was established, proposing additional methods targeting carbon numbers exceeding C40 to augment detection capabilities, complementing the current environmental inspection methods. Furthermore, an analysis of monitoring methods was conducted, leading to the exploration of domestic and international technologies for implementing internal double-layer structures within existing storage tanks. This strategic approach aims to rectify inadequacies in certain monitoring methodologies and develop statistical inventory reconciliation (SIR) methods, heightening the efficacy of leak detection and early warnings. Addressing the influx of new regulated operators, the project expanded the service and management functionalities of the existing network transmission reporting system, optimizing website user-friendliness, enhancing information security, and providing expert consultations and guidance sessions for seamless declaration procedures and compliance adherence. This project strives to fortify regulatory compliance, elevate monitoring effectiveness, and ensure sustainable management practices for storage systems, thereby contributing to environmental preservation and management excellence.
英文關鍵字	soil and groundwater, storage systems, environmental management

摘要

The Pollution Prevention and Declaration Management Project for Storage Systems, initiated by the Environmental Management Administration (EMA), aims to strengthen monitoring, reporting, and management services for storage systems, aligning with regulatory requirements. The plan incorporates comprehensive measures to refine control mechanisms, assess current methodologies, and enhance associated support systems to mitigate pollution risks. To ensure compliance with storage system regulations, the project engaged in 100 on-site regulatory compliance guidance sessions and surveys, consolidating over 10,000 business records for the identification of anomalies, facilitating local environmental protection bureaus' oversight and management. Simultaneously, a process evaluating the suitability of environmental inspection methods for 34 listed substances was established, proposing additional methods targeting carbon numbers exceeding C40 to augment detection capabilities, complementing the current environmental inspection methods. Furthermore, an analysis of monitoring methods was conducted, leading to the exploration of domestic and international technologies for implementing internal double-layer structures within existing storage tanks. This strategic approach aims to rectify inadequacies in certain monitoring methodologies and develop statistical inventory reconciliation (SIR) methods, heightening the efficacy of leak detection and early warnings. Addressing the influx of new regulated operators, the project expanded the service and management functionalities of the existing network transmission reporting system, optimizing website user-friendliness, enhancing information security, and providing expert consultations and guidance sessions for seamless declaration procedures and compliance adherence. This project strives to fortify regulatory compliance, elevate monitoring effectiveness, and ensure sustainable management practices for storage systems, thereby contributing to environmental preservation and management excellence.

英文關鍵字

soil and groundwater, storage systems, environmental management