109

2,980 千元

毒化物及廢棄物檢驗-土壤、廢棄物及毒化物檢測

2020/03/26

2020/12/31

林聖淇

環檢所

李世偉

國立臺灣大學

環境監測及檢測

縮時樹脂膠囊、重金屬、離子交換樹脂

Time-Lapse Resin Capsule, Heavy Metals, Ion Exchange Resin

張尊國

林聖淇

02-33662603#

linsc0329@ntu.edu.tw

開發適合於觀音工業區以及阿公店溪應用之水質重金屬檢驗之篩測技術，應用樹脂縮時紀錄膠囊監測工業區內工廠排放之重金屬並建立圖譜，其計畫目標在降低重金屬檢測成本，提升重金屬檢測技術之速度及便利性，透過現地樹脂縮時紀錄膠囊佈放與回收檢測，與實驗室採樣分析試驗比對，配合統計分析軟體的分析成果，建立符合觀音工業區所屬工廠以及阿公店溪環境特徵指紋使用之重金屬篩測技術模式。利用主成分分析方法對觀音工業區進行工廠廢水污染物進行識別，透過現有觀音工業區管理局的廠商行業別資料庫進行相關廢水種類分類的驗證工作。結果表明，利用樹脂縮時紀錄膠囊可以有效地識別工廠廢水污染物中的主要成分，揭示廠商廢水污染物種類與行業別相互間的的關係。在廢水污染物檢測指標數量較大時，可以在一定程度上簡化工廠廢水重點污染物的定量化識別過程。台灣工業區多屬中小企業，工廠多且電鍍、金屬表面業等佔比高，因批次性操作，以樹脂縮時紀錄膠囊長時間採樣較能取得代表性特徵。陰、陽離子樹脂可對不同重金屬與不同工廠（產業）有不同的吸附比例，可提供建立工業區環境水體金屬濃度基礎資料庫，因此建議後續類似計畫監測時可增加不同離子樹脂監測，提升環境水體金屬指紋的掌握與追蹤。

縮時樹脂膠囊、重金屬、離子交換樹脂

EPA-154-109-015.pdf

24MB

發展追蹤工業區化學物質汙染之被動式採樣及篩測技術定稿本

2021/2/1 上午 12:00:00

Develop screening technology suitable for heavy metal inspection of water quality in Guanyin Industrial Zone and Agongdian River, apply time-lapse resin capsule to monitor heavy metals discharged by factories in the industrial zone and establish a map. The goal of the project is to establish a heavy metal screening technology model suitable for the use of environmental fingerprints in the factories belonging to Guanyin Industrial Zone and Agongdian River. Under the premise of reducing the cost of heavy metal detection and improving the speed and convenience of heavy metal detection technology, the detection technology of time-lapse resin capsule deployment and recycling, combined with laboratory sampling analysis test comparison and statistical analysis software analysis results to complete the screening test Construction of technology. The principal component analysis method was used to identify factory wastewater pollutants in the Guanyin Industrial Zone, and the verification of the classification of relevant wastewater types was carried out through the existing Guanyin Industrial Zone Administration Bureau’s manufacturer industry database. The results show that the use of time-lapse resin capsules can effectively identify the main components of factory wastewater pollutants and reveal the relationship between the types of factory wastewater pollutants and the industry. When the number of wastewater pollutant detection indicators is large, the quantitative identification process of key pollutants in factory wastewater can be simplified to a certain extent. Taiwan's industrial zones are mostly small and medium-sized enterprises, with many factories and a high proportion of electroplating and metal surface industries. Due to batch operations, long-term sampling with resin time-lapse capsules can obtain representative characteristics. Anion and cation resins can have different adsorption ratios for different heavy metals and different factories (industry), and can provide a basic database for the establishment of metal concentrations in environmental water bodies in industrial areas. Therefore, it is recommended to add different ion resins to monitor similar projects to improve the environment Mastering and tracking of metal fingerprints in water bodies.

Time-Lapse Resin Capsule, Heavy Metals, Ion Exchange Resin