臺灣博碩士論文加值系統

摘要------------------------------------------------------I
ABSTRACT--------------------------------------------------II
致謝------------------------------------------------------III
目錄------------------------------------------------------IV
表目錄-----------------------------------------------------VI
圖目錄-----------------------------------------------------VII
第一章、緒論---------------------------------------------------1
1.1 研究動機--------------------------------------------------1
1.2 研究目的及內容---------------------------------------------2
第二章、文獻回顧-----------------------------------------------3
2.1 抗生素----------------------------------------------------3
2.1.1 抗生素之處理方式-----------------------------------------5
2.2 高級氧化處理程序-------------------------------------------6
2.2.1 臭氧基本性質及氧化原理------------------------------------8
2.2.2 紫外光氧化原理-------------------------------------------11
2.2.3 過氧化氫基本性質及氧化原理--------------------------------12
2.2.4 過硫酸鹽基本性質及氧化原理--------------------------------14
2.3 芬頓氧化法-------------------------------------------------14
2.3.1 光芬頓氧化處理-------------------------------------------17
2.3.2 溶解度積------------------------------------------------24
第三章、實驗方法-----------------------------------------------25
3.1 藥品及儀器------------------------------------------------25
3.2 研究架構--------------------------------------------------28
3.3 分析方法--------------------------------------------------29
3.3.1 總有機碳濃度分析-----------------------------------------29
3.3.2 O3流量分析----------------------------------------------29
3.3.3 殘留O3濃度分析------------------------------------------30
3.3.4 殘留H2O2濃度分析----------------------------------------31
3.4 AOPS對SMX礦化效率之實驗------------------------------------31
3.4.1 O3/Fen+氧化SMX實驗--------------------------------------33
3.4.2 H2O2/Fen+氧化SMX實驗------------------------------------33
3.4.3 Na2S2O8/Fen+氧化SMX實驗---------------------------------34
3.4.4 UV/Fen+光解SMX實驗--------------------------------------34
3.4.5 UV/O3/Fen+氧化SMX實驗-----------------------------------35
3.4.6 UV/H2O2/Fen+氧化SMX實驗---------------------------------35
3.4.7 UV/Na2S2O8/Fen+氧化SMX實驗------------------------------35
3.4.8 Fen+氧化SMX實驗-----------------------------------------36
3.4.9 再現性實驗----------------------------------------------36
3.4.10 反應動力學模擬------------------------------------------36
第四章、結果與討論---------------------------------------------38
4.1 O3/Fen+氧化SMX實驗數據分析---------------------------------38
4.2 H2O2/Fen+氧化SMX實驗數據分析-------------------------------41
4.3 Na2S2O8/Fen+氧化SMX實驗數據分析----------------------------45
4.4 UV/Fen+光解SMX實驗數據分析---------------------------------47
4.5 UV/O3/Fen+氧化SMX實驗數據分析------------------------------47
4.6 UV/H2O2/Fen+氧化SMX實驗數據分析----------------------------51
4.7 UV/Na2S2O8/Fen+氧化SMX實驗數據分析-------------------------55
4.8 Fen+氧化SMX實驗數據分析------------------------------------58
4.9 反應動力學模擬SMX數據分析-----------------------------------59
第五章、結論與建議---------------------------------------------65
5.1 結論------------------------------------------------------65
5.2 建議------------------------------------------------------67
參考文獻-------------------------------------------------------68

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