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	1,950 千元
預算科目	固定污染源管制
專案開始日期	2022/05/09
專案結束日期	2022/12/31
專案主持人	鄭景智
主辦單位	環檢所
承辦人	吳綺盈
執行單位	上準環境科技股份有限公司
專案分類	大氣空氣、環境監測及檢測
中文關鍵字	感測器、異味污染物、官能測定法
英文關鍵字	Triangular Odor, electronic noses, e-noses
協同主持人
共同主持人
計畫聯絡人	李之卉
計畫聯絡電話	04-23582525#359
計畫聯絡信箱	ChihHui.Lee@tw.eurofinsasia.com

中文摘要	行政院環境保護署已訂定「固定污染源空氣污染物排放標準」管制空氣中污染物，其中異味污染物分析方法係使用環境檢驗所公告之「異味污染物官能測定法-三點比較式嗅袋法」(NIEA A201)，但採樣及分析過程之條件較為嚴格，故本計畫以 NIEA A201 分析方法為基礎，擬評估異味污染物電子感測器(電子鼻)之可行技術及方案。本計畫研究流程規劃其中包含異味感測資料蒐集與統計分析、電子鼻的訓練與驗證，並進行一場技術觀摩，最後將研擬異味污染物電子感測器之可行技術及方案。電子鼻訓練及驗證以氨氣、甲硫醇、硫化氫三項化合物為目標，分為單一氣體與混合氣體兩階段執行。目前已完成文獻回顧10 篇；廠商邀請確認參加廠商共三家，分別為捷 ○○能股份有限公司(後續簡稱廠商A)、翕○○技有限公司(後續簡稱廠商B) 及恆○○際股份有限公司(後續簡稱廠商C)。經過訓練測試後，廠商 B 儀器最有可能取代 NIEA A201，但仍有技術上的問題需克服，廠商 A 儀器可用於異味污染溯源，廠商 C 儀器較適用於室內空間。
中文關鍵字	感測器、異味污染物、官能測定法

中文摘要

行政院環境保護署已訂定「固定污染源空氣污染物排放標準」管制空氣中污染物，其中異味污染物分析方法係使用環境檢驗所公告之「異味污染物官能測定法-三點比較式嗅袋法」(NIEA A201)，但採樣及分析過程之條件較為嚴格，故本計畫以 NIEA A201 分析方法為基礎，擬評估異味污染物電子感測器(電子鼻)之可行技術及方案。本計畫研究流程規劃其中包含異味感測資料蒐集與統計分析、電子鼻的訓練與驗證，並進行一場技術觀摩，最後將研擬異味污染物電子感測器之可行技術及方案。電子鼻訓練及驗證以氨氣、甲硫醇、硫化氫三項化合物為目標，分為單一氣體與混合氣體兩階段執行。目前已完成文獻回顧10 篇；廠商邀請確認參加廠商共三家，分別為捷 ○○能股份有限公司(後續簡稱廠商A)、翕○○技有限公司(後續簡稱廠商B) 及恆○○際股份有限公司(後續簡稱廠商C)。經過訓練測試後，廠商 B 儀器最有可能取代 NIEA A201，但仍有技術上的問題需克服，廠商 A 儀器可用於異味污染溯源，廠商 C 儀器較適用於室內空間。

中文關鍵字

感測器、異味污染物、官能測定法

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	電子化異味感測器開發與評析計畫(1-2)定稿本.pdf	9MB	期末報告－定稿本	2023/1/4 上午 12:00:00

摘要	The Environmental Protection Administration Executive Yuan has established the "Standards for Stationary Sources Air Pollutants Emission Standards" to control air pollutants. The analysis method for odor pollutants uses the " Triangular Odor Bag method " (NIEA A201) announced by the Environmental Analysis Laboratory. However, the conditions for sampling and analysis process are relatively strict. Therefore this project is based on the NIEA A201 analysis method, and intends to evaluate the feasible technologies and solutions for the electronic sensor (electronic noses, e-noses) of odor pollutants. The research process planning of this project includes the collection and statistical analysis of odor sensing data, the training and verification of e-noses, and a technical observation. Finally, feasible technologies and solutions for electronic sensors for odor pollutants will be developed. The training and verification of the electronic nose targets three compounds of ammonia gas, methyl hydrosulfide and hydrogen sulfide, and is divided into two stages: single gas and mixed gas. So far, 10 literature reviews have been completed; the manufacturers have invited three companies to confirm their participation, namely J○ Environmental Technology and Energy Saving Co., Ltd. (called company A), Green ○ Technology INC. (called company B) and Everrist International, Inc. (called company C). After training and testing, the instrument of company B is most likely to replace NIEA A201, but there are still technical problems to be overcome. The instrument of company A can be used for the source of odor pollution, and the instrument of company C is more suitable for indoor space.
英文關鍵字	Triangular Odor, electronic noses, e-noses

摘要

The Environmental Protection Administration Executive Yuan has established the "Standards for Stationary Sources Air Pollutants Emission Standards" to control air pollutants. The analysis method for odor pollutants uses the " Triangular Odor Bag method " (NIEA A201) announced by the Environmental Analysis Laboratory. However, the conditions for sampling and analysis process are relatively strict. Therefore this project is based on the NIEA A201 analysis method, and intends to evaluate the feasible technologies and solutions for the electronic sensor (electronic noses, e-noses) of odor pollutants. The research process planning of this project includes the collection and statistical analysis of odor sensing data, the training and verification of e-noses, and a technical observation. Finally, feasible technologies and solutions for electronic sensors for odor pollutants will be developed. The training and verification of the electronic nose targets three compounds of ammonia gas, methyl hydrosulfide and hydrogen sulfide, and is divided into two stages: single gas and mixed gas. So far, 10 literature reviews have been completed; the manufacturers have invited three companies to confirm their participation, namely J○ Environmental Technology and Energy Saving Co., Ltd. (called company A), Green ○ Technology INC. (called company B) and Everrist International, Inc. (called company C). After training and testing, the instrument of company B is most likely to replace NIEA A201, but there are still technical problems to be overcome. The instrument of company A can be used for the source of odor pollution, and the instrument of company C is more suitable for indoor space.

英文關鍵字

Triangular Odor, electronic noses, e-noses