環保專案成果報告查詢系統

專案計畫編號
經費年度	103
計畫經費	30,007 千元
專案開始日期	2014/02/27
專案結束日期	2015/11/26
專案主持人	林輝山
主辦單位	桃園市政府環境保護局
承辦人	譚仁豪
執行單位	瑞昶科技股份有限公司
專案分類	土壤及地下水
中文關鍵字	重金屬污染、翻轉稀釋法、農地污染改善
英文關鍵字	Heavy metal pollution, Soil pollution dilution method, Remediation of polluted farmlands
協同主持人	陳慎德
共同主持人
計畫聯絡人	阮祈潔
計畫聯絡電話	02-77060566#147
計畫聯絡信箱	cjruan@apollotech.com.tw

中文摘要	本計畫主要目的係針對桃園市農地土壤污染控制場址調查及改善，藉由翻轉稀釋法進行改善工作，俾能解除列管。計畫範圍涵蓋蘆竹區、大園區及平鎮區。各工作項目依規定執行，包含提送工作計畫書、污染控制計畫書、工作成果月報及工作日誌、工作進度報告、舉辦農民地主說明會及農地巡查，並執行計畫範圍內農地細密調查、地籍鑑界、翻轉稀釋改善、自行驗證、解除列管及現地回復等作業。除依計畫預定工作內容與契約書之相關規定執行外，另配合環保局，就本計畫執行之品質要求與進度控管，定期召開工作檢討會及各項審查會議；另外，為配合本計畫的推動，持續維護「桃園地區污染農地改善管理系統」，協助污染農地改善工程進度的管控，提供環保局掌握工程進度狀況；以及增加鎘污染農地植生復育試驗，提出評估建議供環保局參考。本計畫工程成果為(1) 針對桃園市土壤污染控制場址之528 筆（約78.4公頃）農地，推動土壤細密調查工作，並完成農地篩選及改善工法分類之建議，共篩選出234 筆（約39.7 公頃）可翻轉稀釋場址，及294 筆（約38.7 公頃）排客土場址，並提出控制計畫書經審核通過，提供環保局後續農地改善之參考依據。(2) 完成46 筆農地地籍鑑界及召開3 場次農民地主說明會。(3) 完成桃園地區183 筆（約29.3 公頃）污染農地翻轉稀釋改善及地力回復工作，使污染農地可以恢復農業用途，達到維護國民健康及土地永續利用之目標。
中文關鍵字	重金屬污染、翻轉稀釋法、農地污染改善

中文摘要

本計畫主要目的係針對桃園市農地土壤污染控制場址調查及改善，藉由翻轉稀釋法進行改善工作，俾能解除列管。計畫範圍涵蓋蘆竹區、大園區及平鎮區。各工作項目依規定執行，包含提送工作計畫書、污染控制計畫書、工作成果月報及工作日誌、工作進度報告、舉辦農民地主說明會及農地巡查，並執行計畫範圍內農地細密調查、地籍鑑界、翻轉稀釋改善、自行驗證、解除列管及現地回復等作業。除依計畫預定工作內容與契約書之相關規定執行外，另配合環保局，就本計畫執行之品質要求與進度控管，定期召開工作檢討會及各項審查會議；另外，為配合本計畫的推動，持續維護「桃園地區污染農地改善管理系統」，協助污染農地改善工程進度的管控，提供環保局掌握工程進度狀況；以及增加鎘污染農地植生復育試驗，提出評估建議供環保局參考。本計畫工程成果為(1) 針對桃園市土壤污染控制場址之528 筆（約78.4公頃）農地，推動土壤細密調查工作，並完成農地篩選及改善工法分類之建議，共篩選出234 筆（約39.7 公頃）可翻轉稀釋場址，及294 筆（約38.7 公頃）排客土場址，並提出控制計畫書經審核通過，提供環保局後續農地改善之參考依據。(2) 完成46 筆農地地籍鑑界及召開3 場次農民地主說明會。(3) 完成桃園地區183 筆（約29.3 公頃）污染農地翻轉稀釋改善及地力回復工作，使污染農地可以恢復農業用途，達到維護國民健康及土地永續利用之目標。

中文關鍵字

重金屬污染、翻轉稀釋法、農地污染改善

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	期末報告定稿本.pdf	17MB		2016/7/1 上午 12:00:00

摘要	The project was to confirm the degree of heavy metal pollution and to take remediation measures on restricted farmlands in Taoyuan by soil dilution method. Aforementioned farmlands were located in Luchu, Dayuan and Pingzhen districts. By the end of this project, tasks that were finished included (1) submitting a work plan, pollution control plans, monthly performance reports, daily activity logs, and progress reports, (2) holding discussions for farmers and landholders, (3) confirming the degree of heavy metal pollution of former-polluted farmlands and recently-controlled farmlands, (4) Inspecting the restricted farmlands bimonthly to avoid abnormal use, (5) defining the scope of polluted farmlands, (6) carrying site remediation by soil dilution, self-verification, third-party-verification, and fertilization, and finally (7) lifting site restriction. Besides, TYDEP also held discussions at regular intervals to examine the performances. Moreover, we maintained the “Remediation Management System of Taoyuan Polluted Farmland” to manage and control the schedule, helping TYDEP get involved in the project. Furthermore, we carried an in-situ phytoremediation test on metal-contaminated lands. The achievements included confirming the degree of heavy metal pollution on 528 numbers (78.4 hectares) of polluted farmlands, after that 234 numbers (39.7 hectares) of farmlands were classified as soil-dilution sites, 294 numbers (38.7 hectares) were classified as soil-exchange sites. Also, we held 3 terms of discussions for farmers and landholders, and defined the scope of 46 numbers of polluted farmlands. Besides, we carried site remediation on 183 numbers (29.3 hectares) by soil dilution, self-verification, third-party-verification, fertilization, and finally lifted site restriction as to recovery agricultural use for contaminated-farmlands.
英文關鍵字	Heavy metal pollution, Soil pollution dilution method, Remediation of polluted farmlands

摘要

The project was to confirm the degree of heavy metal pollution and to take remediation measures on restricted farmlands in Taoyuan by soil dilution method. Aforementioned farmlands were located in Luchu, Dayuan and Pingzhen districts. By the end of this project, tasks that were finished included (1) submitting a work plan, pollution control plans, monthly performance reports, daily activity logs, and progress reports, (2) holding discussions for farmers and landholders, (3) confirming the degree of heavy metal pollution of former-polluted farmlands and recently-controlled farmlands, (4) Inspecting the restricted farmlands bimonthly to avoid abnormal use, (5) defining the scope of polluted farmlands, (6) carrying site remediation by soil dilution, self-verification, third-party-verification, and fertilization, and finally (7) lifting site restriction. Besides, TYDEP also held discussions at regular intervals to examine the performances. Moreover, we maintained the “Remediation Management System of Taoyuan Polluted Farmland” to manage and control the schedule, helping TYDEP get involved in the project. Furthermore, we carried an in-situ phytoremediation test on metal-contaminated lands. The achievements included confirming the degree of heavy metal pollution on 528 numbers (78.4 hectares) of polluted farmlands, after that 234 numbers (39.7 hectares) of farmlands were classified as soil-dilution sites, 294 numbers (38.7 hectares) were classified as soil-exchange sites. Also, we held 3 terms of discussions for farmers and landholders, and defined the scope of 46 numbers of polluted farmlands. Besides, we carried site remediation on 183 numbers (29.3 hectares) by soil dilution, self-verification, third-party-verification, fertilization, and finally lifted site restriction as to recovery agricultural use for contaminated-farmlands.

英文關鍵字

Heavy metal pollution, Soil pollution dilution method, Remediation of polluted farmlands