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| Paper category | 碩士論文 |
|---|---|
| Student ID No. | 9125605 |
| Name | 呂嘉敏 |
| 標題(中) | 混凝程序去除高科技產業廢水中非晶形二氧化矽之特性研究 |
| 標題(英) | Removal Characterization of Amophous Silica in Chemical Coagulation Process in the High-Tech Industrial Wastewater |
| Adviser | 莊順興 |
| Graduation date | 2004-07 |
| Attached file | |
| Reference link | http://ir.lib.cyut.edu.tw:8080/handle/310901800/1714 |
| Abstract | 高科技產業廢水中，常存在濃度較高的非晶形二氧化矽，為水回收處理上的一大問題，又無良好的SiO2前處理技術，故本研究針對以化學混凝單元技術，著手研究其於SiO2去除之作用機制及特性，期能以化學混凝作為SiO2處理之良好前處理技術。 本研究初步以高級處理程序試驗，對SiO2進行單元及整體處理成效的特性探討，結果顯示逆滲透單元對SiO2的去除最具成效，離子交換樹脂於實廠操作時並無明顯效果，而活性碳等前處理技術對SiO2去除效果極微，故以化學混凝程序對SiO2進行特性探討、分析，期能作為去除SiO2之前處理技術。 |
| Bibliography | Asano T., “Water Quality Management Library, Volume 10-Wastewater Reclamation and Reuse,” Technomic Publishing Co. Inc (1998). Clair N. Sawyer, Perry L. McCarty, Gene F. Parkin, Chemestry for Environmental 4/e, ISBN:0-07-05044978-8, McGraw-Hill, Inc. (1978). Comb, L.F., “Silica – Silica Chemistry and Reverse Osmosis”, Ultrapure Water.(1996) D.L. Gallup, Geothermics, Vol. 27, No. 4, p. 485(1998). DOW“Understanding Silica Removal by Ion Exchange”, DOWEX Chemical Company, “Ion Exchange Resins Technology Report”, (2002). http://www.dow.com/liquidseps。 G. B. Alexander, W. M. Heston, and R. K. Iler,J. Phys. Chem., 58, 153 (1954). Hann, W.M., Robertson, S.T., Bardsley, J.H., “Recent Experience In Controlling Silica And Magnesium Silicate Deposits With Polymeric Dispersants”, presented at the 54th IWC Conference (1993). Iler, R.K. “The Chemistry of Silica,” John Wiley and Sons, New York, N.Y. (1979). Ingrida Bremerea, Maria Kennedya, Sahar Mhyioa, Abdulfattah Jaljulia, Geert-Jan Witkampb, Jan Schippersa, “Prevention of silica scale in membrane systems: removal of monomer and polymer silica”, The Conference on Membranes in Drinking and Industrial Water Production, Paris, France, (October 2000). J.H. Hsu and B.T. Liu, Journal of Colloid Interface Science,Vol. 192, No.481 (1997). Marsawa, D. Meyerstein, F. Daltrophe and O. Kedem, Journal of Desalination, Vol. 113 No.73, (1997). Metcalf ＆ Eddy, “Wastewater Engineering, Treatment Disposal Reuse, Chap.16”, McGraw-Hill, (1991). Micheletti, W.C., “Silica Removal In Lime-Soda Softeners, presented at the 46th IWC Conference. Peter Meyers, “Behavior of Silica in Ion Exchange and Other System,” Presented at the International Water Conference, held in Pittsburgh, pp. 18-20, (1999). R. D. Noble and S. A. Stern, “Membrane Separations Technology,”Journal of Principles and Applications Elsevier Sicence, (1995). R. Sheikholeslamia, I.S. Al-Mutazb, S. Tan, S.D.Tan., “Some aspects of silica polymerization and fouling,” Journal of Desalination, (2000). R. Sheikholeslamia and J. Bright ,“Silica and metals removal by pretreatment to prevent fouling of reverse osmosis membranes”,(2002). R. Sheikholeslamia, I.S. Al-Mutazb, S. Tan, S.D.Tan, “Some aspects of silica polymerization and fouling and its pretreatment by sodium aluminate, lime and soda ash,” , Journal of Desalination, Vol. 150, (2002). R. Sheikholeslamia, S. Tan , “Effects of Water quality on silica fouling of desalination plants,” Journal of Desalination , (1999). Robert Y. Ning, Journal of Desalination, (2002). Sawyer,C. N., and P. L McCarty, “Chemistry for Environmental Engineering,” 3rd Ed., pp.61-62 (1978). Sheppard, T. P., “Cold-Process Softening by Chemicals, Water Conditioning for Industry,” 1st ed., McGraw-Hill Book Co., New York, pp.84-125(1954). “Singpore Water Reclamation Study expert Panel Review and Findings,” (June 2002). Stanley E. Manahan, Environmental Chemistry, 6/e, Lewis Publishers, Boaca Raton Ann Arbor London Tokyo. Structural Chemestry of Silicates, Spring-Verlag, Berlin Heidelberg New York Tokyo. The Chemistry of Silica : solubility, polymerization, colloid and surface properties, and biochemistry, Ralphk.Iler. Theodoreoh and Nektzer, High-Purity Water Preparation, for the Semiconductor, Pharmaceutical, and Power Industries. Tall Oaks Publishing, Inc. Litteton. U. S. EPA (1992) Guidelines for Water Reuse. Center for Environmental Research Information, EPA/625/R-92/004, Cincinnati, Ohio. V. M. Gun’ko, D. J. Sheeran, S. M. Augustine, and J. P. Blitz, “Structural and Energetic Characteristics of Silicas Modified by Organosilicon Compounds”, Journal of Colloid and Interface Science, Vol.249, pp.123–133(2002). Wibowo, J., Shadman, F., Blackford, D. and M. Henley, “The Measurement And Removal Of Dissolved And Colloidal Silica In Ultrapure Water”. Journal of Ultrapure water, Vol. 9, No. 9, p.13 (1992). 中文文獻 DUNCAN J SHAW 著，張有義，郭蘭生譯，膠體及界面化學入門，高立圖書。 Larry D. Benefield著，楊萬發譯，水及廢水處理化學，茂昌圖書。 Takashi Asano, Ph.D. 著，洪仁陽等譯，水回收再利用，國立編譯館，(2002)。 「水再生利用風險之研究」經濟部水利署，(2001)。 王冬信，「電子業超純水循環系統」，化工技術雜誌,第2期, No. 7, 第52-61頁，(1994)。 余光昌、黃汝賢、姜樹成，「石灰-蘇打灰軟化法處理硬水之加藥量及化學污泥產生量」，自來水會刊雜誌，第30期，第1-9頁(1989)。 呂維明、呂文芳，“過濾技術，高立圖書。 周瑋珊，“過濾結合粉狀活性碳應用於自來水處理之研究” ， (2000)。 長庚大學呂幸江副教授，超純水技術專欄，http://www.fansi.net/ 。 徐振勝、陳文宏，環工化學精要，淑馨出版社。 陳啟明，「NF 薄膜程序應用於自來水淨水工程之探討」，國立屏東科技大學食品科學系碩士班碩士學位論文， (2004)。 陳靜生，水環境化學，曉園出版社有限公司，(1992年二月)。 「新竹科學工業園區污水處理廠放流水回收再利用技術評估計畫」，新竹科學工業園區管理局，2002。 楊金鐘、楊叢印，「結合電化學及薄膜技術處理暨回收晶圓廠化學機械研磨廢水」，高科技工業環保技術及安全衛生研討會論文集，2001。 經濟部水利署，節水季刊17期。http://www.wra.gov.tw/。 蔡明蒔，「化學機械研磨後清洗技術簡介」，毫微米通訊，第6期，(1999)。 蔡信行，聚合物化學，文京圖書。 蔡騰龍，工業水處理，正文書局，(19980。 |
