楊萬發2006-07-262018-06-282006-07-262018-06-282002-07-31http://ntur.lib.ntu.edu.tw//handle/246246/22090由於人口快速成長，廢棄物的產量不斷增加，如何妥善處理垃圾，已成為一重要課題。台灣地區目前主要的垃圾處理方式是焚化法，但焚化之灰渣仍須更進一步之最終處置，因此掩埋場仍為垃圾之最終去處。掩埋場產生之滲出水常造成鄰近地區之水污染，且傳統之處理程序常無法使放流水達到排放標準。Because of the increasing of population, the amount of trash is raising. Making trash duly handle is becoming an important topic. Incineration is the main method for the waste treatment in Taiwan, but the ashes generated from the incineration process still requiresfurther disposal. However, landfill is the final site for trash. The leachate often produces the water solution for the neighborhood, and the traditional treatment method often can’t drop the pollutant concentration to meet the effluent standard. The PACT method has many advantages, for examples, improvement of sludge settling characteristics, less sludge production, reduction of toxic chemical, lower operation and maintenance cost and higher effluent water quality. The PACT method is generally used in treat the wastewater that has high amounts of refractory organics and color. Because of the similar pollution characteristics with the leachate, we will combine the activated sludge and the activated carbon adsorption in this study. We will treat the leachate by PACT method, and we hope this procedure can drop the pollutant concentration to meet the effluent standard. The result obtained in this study were below: the removal efficiencies of COD, BOD, and SS were 83％, 90％ and 73％ by PACT unit.application/pdf335514 bytesapplication/pdfzh-TW國立臺灣大學環境工程學研究所PACT 法活性碳吸附掩埋場滲出水PACT methodactivated carbon adsorptionlandfillleachate[SDGs]SDG12reporthttp://ntur.lib.ntu.edu.tw/bitstream/246246/22090/1/902211E002042.pdf