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建立超音波震盪固相微萃取自動化分析系統及水中揮發性有機化合物之現場自動化即時監測
Thesis

建立超音波震盪固相微萃取自動化分析系統及水中揮發性有機化合物之現場自動化即時監測

郭鉑漳
Masters, 國立清華大學, 生醫工程與環境科學系
2003

Abstract

超音波震盪 即時監測 揮發性有機化合物
In this study, an in-situ continuous measuring sonicator pre-treatment coupled autosampler HS-SPME GC/FID system is used to analyze 9 VOCs -MTBE, DMS, Acetone, THF, EA, 2-Butanol, IPA, BA and PGMEA in industrial wastewater. Perior calibration of the system exhibited good linearity with RSD less than 15%, recovery of 90% ~ 110%, precision 6.5% ~ 11.5%, and MDL in the range 3.19ppb ~ 7.57ppb. On site real sample continuous analysis from a treatment plant in two different sampling campaigns (25-28 May and 15-17 June 2004) showed that acetone and DMS were dominant pollutants in the first measuring campaign while acetone, DMS, IPA, THF, BA and 2-Butanol were major pollutants in second campaign. The estimated VOCs in the effluent were acetone-19kg/day and DMS-4.3kg/day in the first measuring campaign while DMS-3.1kg/day, acetone-17.6kg/day, THF-230g/day, 2-Butanol-320g/day, IPA-1kg/day and BA-330g/day were estimated in second campaign.

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