環保專案成果報告查詢系統

專案計畫編號	109A164
經費年度	109
計畫經費	6,200 千元
預算科目	環境衛生管理-溫室氣體減緩策略規劃及推動
專案開始日期	2020/05/15
專案結束日期	2020/12/15
專案主持人	何子健
主辦單位	水保處
承辦人	黃明輝
執行單位	環科工程顧問股份有限公司
專案分類	水質保護、環境衛生
中文關鍵字	氣候變遷，飲用水，水質管理，設備管理，教育宣傳
英文關鍵字	climate change, drinking water, water quality management, equipment management, promotion and education
協同主持人	丁毓齡
共同主持人
計畫聯絡人	何子健
計畫聯絡電話	02-27753919#321
計畫聯絡信箱	tcho@estc.tw

中文摘要	本計畫關鍵課題為檢討飲用水管理制度研析精進策略，並因應氣候變遷之衝擊，藉由評估氣候變遷對飲用水水質生成之影響，規劃我國飲用水調適因應策略，配合小琉球無塑低碳島示範計畫，提升飲水設備的使用效益，優化「飲用水全球資訊網」，並更新相關資訊，提升民眾環保意識及建立國人正確飲用水安全觀念。本計畫執行成果，包括：(一)檢討飲用水管理法規制度有關之地下水保護區、露營場設置、供公眾飲用之飲水機申請登記等管理措施，並藉由辦理專諮會綜整修正後提出精進策略；(二)針對溫度升高、降雨多寡所導致之水災及旱災、海平面上升等氣候變遷因子，可能會改變水中溶解性有機物質(DOM)之特性及濃度，海水入侵會造成水中溴離子濃度增加等，分析對飲用水水質生成之影響；(三)依循氣候調適演算法建立氣候變遷衝擊評估與調適策略方法及風險模板，分析暴雨造成高濁度超過門檻值對國內北部及中部三處淨水場之水質危害影響，並針對該淨水場保全對象，從降低脆弱度、避免危害、減少暴露等風險面向，提出調適因應策略；(四)研析國外因應氣候變遷調適之乾旱策略，大都朝向系統性的管理方式，如實施水源的調度、尋找替代水源、強化收集雨水、提升用水效率、提升儲水量等方式加以因應；(五)依循無塑低碳島示範計畫，於小琉球、澎湖地區補助設置飲水機，透過建立飲水地圖、飲水機彩繪包膜、設立指示牌及導引公共標語、建立飲水機計數器與物聯網、辦理各式飲水機宣傳推廣活動，以提供乾淨安全且便利之飲水環境，並減少瓶裝水之使用；(六)優化「飲用水全球資訊網」，如圖像式版面、響應式網頁、設定關鍵字自動截取國內外最新資訊等，並納入本計畫所編撰之動畫片影音、文宣圖卡等豐富內容，提升民眾上網查詢之服務品質。
中文關鍵字	氣候變遷，飲用水，水質管理，設備管理，教育宣傳

中文摘要

本計畫關鍵課題為檢討飲用水管理制度研析精進策略，並因應氣候變遷之衝擊，藉由評估氣候變遷對飲用水水質生成之影響，規劃我國飲用水調適因應策略，配合小琉球無塑低碳島示範計畫，提升飲水設備的使用效益，優化「飲用水全球資訊網」，並更新相關資訊，提升民眾環保意識及建立國人正確飲用水安全觀念。本計畫執行成果，包括：(一)檢討飲用水管理法規制度有關之地下水保護區、露營場設置、供公眾飲用之飲水機申請登記等管理措施，並藉由辦理專諮會綜整修正後提出精進策略；(二)針對溫度升高、降雨多寡所導致之水災及旱災、海平面上升等氣候變遷因子，可能會改變水中溶解性有機物質(DOM)之特性及濃度，海水入侵會造成水中溴離子濃度增加等，分析對飲用水水質生成之影響；(三)依循氣候調適演算法建立氣候變遷衝擊評估與調適策略方法及風險模板，分析暴雨造成高濁度超過門檻值對國內北部及中部三處淨水場之水質危害影響，並針對該淨水場保全對象，從降低脆弱度、避免危害、減少暴露等風險面向，提出調適因應策略；(四)研析國外因應氣候變遷調適之乾旱策略，大都朝向系統性的管理方式，如實施水源的調度、尋找替代水源、強化收集雨水、提升用水效率、提升儲水量等方式加以因應；(五)依循無塑低碳島示範計畫，於小琉球、澎湖地區補助設置飲水機，透過建立飲水地圖、飲水機彩繪包膜、設立指示牌及導引公共標語、建立飲水機計數器與物聯網、辦理各式飲水機宣傳推廣活動，以提供乾淨安全且便利之飲水環境，並減少瓶裝水之使用；(六)優化「飲用水全球資訊網」，如圖像式版面、響應式網頁、設定關鍵字自動截取國內外最新資訊等，並納入本計畫所編撰之動畫片影音、文宣圖卡等豐富內容，提升民眾上網查詢之服務品質。

中文關鍵字

氣候變遷，飲用水，水質管理，設備管理，教育宣傳

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	109年氣候變遷對飲用水水質衝擊評估及因應策略研析(公開版).pdf	32MB	109年氣候變遷對飲用水水質衝擊評估及因應策略研析(公開版)	2021/2/1 上午 12:00:00

摘要	The aim of this project is to review the topics of reinforcing drinking-water regulation and policy, and response to the impact of climate change. By assessing the impact of climate change on drinking water quality, we formulated climate change adaptive strategies and conducted the Xiaoliuqiu low-Carbon Island Demonstration Project, improving the utilization of drinking water equipment. Furthermore, this project has raised the awareness of environmental protection and promoted drinking water safety by updating and maintaining the website "Global Drinking Water Website". The result of the project implementation are as follows, (1) Examining relevant regulations and policies in the fields of underground water protection, campground-setting, registration and mandatory reporting for public water dispensers. Conclusion and advice were proposed upon receiving feedback for the project presentation from the consulting committee. (2) Analyzing potential impact of climate change manifestation on drinking water quality, which includes temperature and sea-level rising, and floods or droughts that could lead to change in the characteristics and concentration of dissolved organic matter (DOM) or increase the concentration of bromide ions in the water in case of seawater intrusion. (3) Establishing climate change impact assessment, adaptation strategy and risk models using the climate adaptation algorithm, analyzing the impact of threshold- exceeding turbidity caused by heavy rain on water quality in three water-purification plants located in northern and central Taiwan, and proposing adaptation strategies to reduce vulnerability, avoid hazards, and reduce exposure, etc. for the preservation object water purification plants. (4) The research and analysis of foreign drought strategies in response to climate change have pointed towards systematic management methods, such as implementing water source distribution, finding alternative water sources, strengthening rainwater collection, improving water efficiency, and increasing water storage capacity. (5) The plastic-free and low-carbon island demonstration project: a. Subsiding the installation of drinking dispensers in Xiaoliuqiu and Penghu areas b. Created a clean, safe and convenient drinking water environment and reduced plastic water bottle wasting by creating drinking water maps, applying colorful adhesive film with slogans on water dispensers , setting up signs and guiding public slogans, installing drinking dispenser counters and Internet of Things, and holding activities to promote various drinking dispensers. (6) Optimizing the website ”Global Drinking Water Website.”, which includes adopting graphic layout, responsive function, setting up keywords to automatically search and display the latest domestic and foreign information, etc., and including animations and promotional cards to improve online visitors experience.
英文關鍵字	climate change, drinking water, water quality management, equipment management, promotion and education

摘要

The aim of this project is to review the topics of reinforcing drinking-water regulation and policy, and response to the impact of climate change. By assessing the impact of climate change on drinking water quality, we formulated climate change adaptive strategies and conducted the Xiaoliuqiu low-Carbon Island Demonstration Project, improving the utilization of drinking water equipment. Furthermore, this project has raised the awareness of environmental protection and promoted drinking water safety by updating and maintaining the website "Global Drinking Water Website". The result of the project implementation are as follows, (1) Examining relevant regulations and policies in the fields of underground water protection, campground-setting, registration and mandatory reporting for public water dispensers. Conclusion and advice were proposed upon receiving feedback for the project presentation from the consulting committee. (2) Analyzing potential impact of climate change manifestation on drinking water quality, which includes temperature and sea-level rising, and floods or droughts that could lead to change in the characteristics and concentration of dissolved organic matter (DOM) or increase the concentration of bromide ions in the water in case of seawater intrusion. (3) Establishing climate change impact assessment, adaptation strategy and risk models using the climate adaptation algorithm, analyzing the impact of threshold- exceeding turbidity caused by heavy rain on water quality in three water-purification plants located in northern and central Taiwan, and proposing adaptation strategies to reduce vulnerability, avoid hazards, and reduce exposure, etc. for the preservation object water purification plants. (4) The research and analysis of foreign drought strategies in response to climate change have pointed towards systematic management methods, such as implementing water source distribution, finding alternative water sources, strengthening rainwater collection, improving water efficiency, and increasing water storage capacity. (5) The plastic-free and low-carbon island demonstration project: a. Subsiding the installation of drinking dispensers in Xiaoliuqiu and Penghu areas b. Created a clean, safe and convenient drinking water environment and reduced plastic water bottle wasting by creating drinking water maps, applying colorful adhesive film with slogans on water dispensers , setting up signs and guiding public slogans, installing drinking dispenser counters and Internet of Things, and holding activities to promote various drinking dispensers. (6) Optimizing the website ”Global Drinking Water Website.”, which includes adopting graphic layout, responsive function, setting up keywords to automatically search and display the latest domestic and foreign information, etc., and including animations and promotional cards to improve online visitors experience.

英文關鍵字

climate change, drinking water, water quality management, equipment management, promotion and education