本幻灯片概述了膜生物反应器（MBR）技术和脱盐膜在水回用中的集成信息。项目目标包括:评估最近引入美国的MBR系统。 集市 评估添加混凝剂和 聚合物给MBR进水对MBR性能的影响； 在极端运行条件下评估MBR性能 条件（通量增加，HRT低）；评估几种不同的脱盐膜 （NF/RO）在MBR预处理之后； 通过比较成本来进行成本分析 常规和MBR作为反渗透的预处理，以及 确定生产过程中与RO相关的成本 废水回收； 和 评估市场上可买到的产品的能力 去除EDC/PPCP的MBR/RO工艺装置 来自高级一级出水。概述的材料和方法包括:初步性能测试；先导治疗列车；新成立的MBR试验系统供应商；膜生物反应器膜规格；脱盐膜规格；MBR中试运行条件；反渗透操作条件；MBR性能数据，包括颗粒物去除、有机物去除、无机氮去除；MBR微生物排斥；反渗透性能数据，包括水质数据；EDC/PCPPs分析；成本分析；常规列车；MBR列车；成本项目:沟渠+MF和MBR； 成本项目:氯接触和紫外线（UV）；成本项目:反渗透。 包括表格、数字。

This slide presentation outlines information on the integration of membrane bioreactor (MBR) technology and desalting membranes for water reuse. Project objectives include: evaluate MBR systems recently introduced to the U.S. market; assess the impact of adding coagulant and polymer to the MBR feed water on MBR performance; evaluate MBR performance under extreme operating conditions (increased flux, low HRT); evaluate several different desalting membranes (NF/RO) following pretreatment by MBR; perform cost analysis by comparing cost of conventional and MBR as pretreatment to RO, and by determining the cost associated with RO during wastewater reclamation; and, evaluate the ability of commercially available MBR/RO process units to remove EDC/PPCPs from advanced primary effluent. The materials and methods outlined include: pilot testing performance; pilot treatment train; new and established suppliers of MBR pilot systems; MBR membrane specifications; desalting membrane specifications; MBR pilot operating conditions; RO operating conditions; MBR performance data including particulate removal, organic removal, inorganic nitrogen removal; MBR microbial rejection; RO performance data including water quality data; EDC/PCPPs Analysis; cost analysis; conventional train; MBR train; cost items: ditch + MF and MBR; cost items: chlorine contact and ultraviolet (UV); and, cost items: reverse osmosis. Includes tables, figures.