基于混合互补机理的多杂质质量交换网络集成研究

项目名称： 基于混合互补机理的多杂质质量交换网络集成研究

项目编号： No.21276205

项目类型： 面上项目

立项/批准年度： 2013

项目学科： 化学工业

项目作者： 刘桂莲

作者单位： 西安交通大学

项目金额： 80万元

中文摘要： 多杂质质量交换网络中，与同一阱匹配的多源之间存在混合互补。互补的源混合与阱匹配可增大源的回用、降低公用工程的消耗，但不互补的源混合则有相反的效果。正确辨识互补源是影响直接回用和提纯回用质量交换网络集成的关键因素。 本项目拟系统地分析多杂质质量交换网络源阱匹配的极限组分特点，建立极限组分的判断规则；揭示源混合互补的科学内涵和机理，建立互补源的判断规则；基于扩展最大匹配流量矩阵探讨阱的最佳匹配源的识别方法、分析提纯回用质量交换网络关键制约组分的特点以及提纯对于混合互补和源回用的影响，建立最佳提纯源和提纯组分的系统识别方法；分析各阱公用工程消耗量和提纯节约潜力的变化规律，辨识整个系统的最佳提纯浓度和提纯量,建立基于混合互补机理的直接回用和提纯回用多杂质质量交换网络代数演化法。

中文关键词： 质量交换网络；混合互补；提纯；集成；代数法

英文摘要： In Mass Exchange Network (MEN) with multiple impurities, more than one source can be matched with a sink. If these sources have mixed-complementary, their mixture can be matched with the corresponding sink with a match flow rate larger than that between any one of them and the sink. Thus, the reuse of the process sources can be increased, and the utility consumption can be reduced. However, not all sources have mixed-complementary; mixing those sources do not have mixed-complementary will have the reverse effect. Therefore, it is necessary to optimize the MEN with multiple impurities based on the mechanism of the mixed-complementary. This project will systematically study the characteristics of the limit component, whose load can reach the upper limit at the maximum match flow rate, and propose the corresponding judgement rules. Furthermore, the mechanism of the sources with mixed-complementary will be discussed and the simple rules for identifying the sources with mixed-complementary will be developed. Based on the extended maximum match flow rate matrix, the best matching allocation and bypass can be analyzed for the direct reuse of MEN. Then, the characteristics of the key restriction component of the purified reuse MEN, and the effect of the purification on the mixed-complementary and reuse of the source wi

英文关键词： Mass Wxchange Network；Mixing Complementary；Putification；Integration；Algebra Method