例8-废水中酚回收工艺-郝境津

1、、课题名称：废水中酚回收工艺、课题分析：酚 3、检索策略和检索结果：使用所选数据库进行检索，记录每个数据库的检索策略及结果总数量，筛选并记录相关文献。5: 条 ,和, . , pH=36 时, 90%以当 .作 ,刊 UNIVERSITY（ & ）： .作 刊 ： 并 为 在的 质的 1从.作 刊 ： 降至.作 刊 ： , .: 40-60,pH9-10,相比=1 .作 , ,广刊 ： 酚 1篇条 63 ，作 语 水 1 条 条申名请申请主 分 类 分类地国 际 公 2篇 Strategies for recovering phenol from wastewater: thermodynam

2、icevaluation and environmental concerns作者: Pinto RTP, Lintomen L,Luz LFL,Wolf-Maciel MR来源出版物: FLUID PHASE EQUILIBRIA 卷: 228 特刊: Sp. Iss. SI 页: 447-457 出版年: FEB2005被引频次: 4 参考文献: 20引证关系图会议信息: 10th International Conference on Propertiies and Phase Equilibria for Product and ProcessDesignSnowbird, U MAY

3、 16-21, 2004摘要: In this work, thermodynamic and environmental insights were used to study the recovery of phenolfrom wastewater. The liquid-liquid equilibrium calculation and prediction and the residue curve maps(RCM) were explored in a way to analyze the performance of a complete liquid-liquid extr

4、action processto remove phenol. The results have shown that the group-contribution method is a powerful tool to predictbinary interaction parameters systems and equilibrium data for which no experimental data are available.Environmental restriction was a constraint in terms of solvent choice and pre

5、sence in the raffinatestream. Final results show that the plant size is directly related to the selected solvent, when thecomplete process is considered (liquid-liquid extraction, distillation column, and recycle). Finally, it wasidentified a lack of experimental liquid-liquid and vapor-liquid data in the open literature related to thebinary pairs studied here. (c) 2004 Elsevier B.V. All rights reserved.文献类型: Proceedings Paper Removal and recovery of phenol from FCC effluent ;9 a a a a