李公哲2006-07-262018-06-282006-07-262018-06-282004-07-31http://ntur.lib.ntu.edu.tw//handle/246246/22135氟化鈣污泥/垃圾焚化底渣最適配 比為4：6，其鹽基度值接近1，可得最 低熔流溫度1079℃。當添加10％碳酸 鈉作為添加劑可使熔流溫度降低 51℃;此外添加1％碳酸鉀則可較低 20℃，但添加超過1％時降溫效果逐漸 降低。透過不同之操作溫度（1100∼ 1300℃）與操作時間（10∼50min）可 有效提升熔渣細骨材之物裡性質。經由 MIP、DSC、NMR、XRD、SEM 分析 均證實熔渣具有卜作嵐活性（90∼98 ％）。透過合成污泥之熔流溫度比較分 析，可證實實廠污泥中之次要成分（如 B、Mg、K）可有效降低熔流溫度約 245℃。Based on the experimental results, when calcium Fluoride sludge mixed with MSWI bottom ash under the ratio 4:6, it showed the lowest pouring temperature 1079 accompanied by the ℃ basicity value closed to 1. Besides, the pouring temperature decreased 51 w ℃ ith 10% of Na2CO3 added into the mixed sludge. The temperature decreased 20 ℃ with 1% K2CO3 addition, but more than 1% was added into the mixed sludge would effect caused adverse. Under different operating temperatures (1100~1300 ) and times(10~50min), it ℃ showed that both parameters could enhance the physical properties of slags. Moreover, all the slags demonstrated pozzolanic activity (90~98% of SAI) by the analysis of MIP, DSC, NMR, XRD, SEM. By comparing the pouring temperature of synthetic sludge to on-site sludge, it showed that the minor ingredients (e.g. B, Mg, K) could reduce the pouring temperature substantially about 245 .application/pdf268823 bytesapplication/pdfzh-TW國立臺灣大學環境工程學研究所氟化鈣污泥焚化底渣熔流 溫度添加劑操作溫度與時間熔渣卜作嵐活性合成污泥calcium fluoride sludgeincinerator bottom ashpouring temperatureadditivesoperating temperature and timeslagpozzolanicartificial sludgereporthttp://ntur.lib.ntu.edu.tw/bitstream/246246/22135/1/922211E002031.pdf