Chu Junying, Chen Jining, Wang Can, Fu Ping
Department of Environmental Science and Engineering, Tsinghua University, 100084 Beijing, PR China.
Water Res. 2004 Jun;38(11):2746-56. doi: 10.1016/j.watres.2004.04.002.
It has been recognized that wastewater reuse or reclamation serves as an efficient and valuable way to cope with the scarcity of water resources and severity of water pollution. This paper presents the systematic framework of wastewater reuse potential estimation. Based on the regional disparities in China, a linear programming optimization model is developed to explore the potential wastewater reuse quantities, under physical and economic constraints. Sensitivity analysis and Robust Counterpart (RC) optimization are performed to discuss the influences of key parameters and the reuse quantity's decision making under uncertainty. Based on the model, effectiveness of different policy scenarios of water price changes are simulated and evaluated, providing information regarding China's water and wastewater management.
人们已经认识到,废水回用或再生是应对水资源短缺和水污染严峻性的一种有效且有价值的方式。本文提出了废水回用潜力估算的系统框架。基于中国的区域差异,建立了一个线性规划优化模型,以探讨在物理和经济约束条件下潜在的废水回用量。进行敏感性分析和鲁棒对偶(RC)优化,以讨论关键参数的影响以及不确定性条件下回用水量的决策。基于该模型,模拟并评估了水价变化的不同政策情景的有效性,为中国的水资源和废水管理提供信息。