1)activated sludge process活性污泥工艺
1.Reduction of excess sludge production by chemical uncoupler in activated sludge process;化学解耦联剂对活性污泥工艺中剩余污泥的减量作用
2.Wastewater treatment plant ——two-stage activated sludge process;污水处理工程———两段式活性污泥工艺
3.The neural network model is a promising means in the study of activated sludge process.本文作者用VisualBasic语言编写了活性污泥工艺BP神经网络软件,该软件由训练模块、测试模块组成,最终生成可用的BP网络模型。
英文短句/例句
1.Characterisation of Excess Sludge Reduction in an Anoxic + Oxic-Settling-Anaerobic Activated Sludge ProcessA+OSA活性污泥工艺剩余污泥减量特性研究
2.Treatment of Coke Plant Wastewater Using a Biofilm- activated Sludge Process生物膜—活性污泥工艺处理焦化废水
3.Studies on the Enhanced Suspended Medium & Activated Sludge Bioreactor Process to Treat Municipal Sewage;强化悬浮填料活性污泥工艺处理城市污水研究
4.Lab-Scale Study on Removal of Estrogen from Sewage by A~2O Activated Sludge ProcessA~2O活性污泥工艺去除污水中雌激素的试验
5.Study on Pollutant Removal Efficiency of Humus Soil Activated Sludge Process腐殖土强化活性污泥工艺的除污效果研究
6.Reduction of Excess Sludge Production by Uncoupled Metabolism in Activated Sludge Process;解偶联代谢对活性污泥工艺中剩余污泥的减量化作用
7.Studies on Reducing Sludge Yield by Using Auncoupler in the Activated Sludge Process;活性污泥工艺中投加解偶联剂削减剩余污泥产量的研究
8.Enhanced Biological Phosphorus and Nitrogen Removal with Five-Tank Integrated Activated Sludge System;五箱一体化活性污泥工艺强化除磷脱氮研究
9.Study on the Automation Control and Its Performance of the Sequencing Batch Reactor (SBR);序批式活性污泥工艺（SBR）自动化控制及工艺性能研究
10.Study on Activated Sludge Treatment of Effluents in Waste Paper Deinking Process废纸脱墨废水活性污泥处理工艺研究
11.Optimization design for nutrients removal process with activated sludge 2D model活性污泥法脱氮除磷工艺的优化设计
12.Pilot Research on Highsludge~ Process with High MLSS for Nitrogen RemovalHighsludge~高浓度活性污泥脱氮工艺中试
13.Reducing the Amount of Excess Activated Sludge Through Optimization of Wastewater Treatment Process;优化污水处理工艺实现剩余活性污泥减排
14.Investigate on Phosphorus and Nitrogen Removal of Municipal Sewage by Activated Sludge Process城镇污水采用活性污泥法除磷脱氮工艺探讨
15.Study on sludge characteristics of sludge reduction process-LSP&PNRLSP&PNR污泥减量工艺的污泥特性研究
16.Study and Application on Optimum Design Model for Activated Sludge System Processes;活性污泥法工艺系统优化设计模型及应用研究
17.Study on the Process of Thickening Low Concentration Excess Activated Sludge by Cavitation Air Floatation;低浓度剩余活性污泥涡凹气浮浓缩工艺研究
18.Dephosphorization and Denitrification by Integrated Systerm with Five Tanks;五箱一体化活性污泥组合工艺除磷脱氮研究
相关短句/例句
A/O activated sludge process活性污泥A/O工艺
3)humus activated sludge process腐殖活性污泥工艺
1.The humus activated sludge process with microorganism cultivation reactor filled with humus soil pellets on the basis of traditional activated sludge technology is a new sewage treatment method to improve sewage treatment efficiency.腐殖活性污泥工艺是在传统活性污泥工艺的基础上增加了填充腐殖土填料的生物培养装置,用于改善活性污泥特性,提高处理效果的新型污水处理方法。
4)conventional activated sludge process传统活性污泥工艺
1.The comparison of pollutant removal efficiencies and sludge performances between the membrane bioreactor(MBR) and the conventional activated sludge process(CAS) during the sludge acclimation period was carried out under the similar conditions of inoculation sludge,influent quality,reactor size and HRT.在接种污泥、进水水质、反应器尺寸及水力停留时间相同的条件下,比较了膜生物反应器(MBR)和传统活性污泥工艺(CAS)在污泥驯化期的除污效果和污泥特性。
2.A comparison of pollutant removal characteristic between submerged membrane bioreactor(MBR)and conventional activated sludge process(CAS)was studied under the same operation conditions.比较了膜生物反应器(MBR)和传统活性污泥工艺(CAS)在相同运行条件下对生活污水的除污特性。
5)alternating activated sludge process交替式活性污泥工艺
1.Chengbei Wastewater Treatment Plant(BOT Project)of Foshan City adopts alternating activated sludge process.佛山市城北污水处理厂(BOT项目)采用了交替式活性污泥工艺,介绍了该工艺的设计要点和参数,重点说明了防浮渣措施、隔离板设置、曝气装置及冲洗系统选择等工艺的相关设计。
6)cyclic activated sludge technology循环式活性污泥工艺
延伸阅读
活性污泥干燥工艺及成套干燥设备一、.工艺特点该干燥工艺是针对高水份污泥(大于65%,小于85%)的干燥特点而设计的,干燥时,物料容易粘结成团,因而采用搅拌气流干燥机进行作业,搅拌气流干燥机采用强力打击剪切,破碎,抛撒的方式,将粘结而成的团块破碎成微粒,增大物料与空气进行湿热交换的面积,使干燥有效地进行,提高干燥效率.本工艺要求处理量大,物料终水份要求不高,因而采用二级搅拌气流干燥机串联作业以满足干燥要求.配以直火式热风炉的热源,该热风炉热效率达90%以上,热风温度达900`C,有条件时还可将锅炉尾气引入进一步降低能耗. 该成套设备可用于造纸厂,制革厂,食品厂等活性污泥的干燥;酿造厂,豆制品厂.淀粉加工厂等渣物料的干燥;养鸡厂,养猪厂等粪便物料的干燥.二、工作原理 物料由加料机加入搅拌干燥机后,受到同速转向相向的打板的打击,剪切,抛散,成雾状弥漫于整个干燥器内,与热风炉进来的热空气进行强烈的湿热交换,强化干燥.由于打板的打击.剪切,使物料难以粘结成团形成外焦内湿的小球,并使物料的表面和表面积不断地变化,从而顺利地进行干燥.当物料干燥到一定程度后,物料被气流夹带进入二级搅拌气流干燥机中进行进一步干燥,最后由旋风分离器分离.三,主要技术经济指标 处理量:6.25t/h 物料初水份:<85% 终水份:<40% 水份蒸发量:4.48T/H 装机功率:85KW 煤耗:700KG/小时 占地面积:10*20(M) 操作人数:7人四,主要设备 1.加料机2台 2.直热式热风炉2台 3.搅拌气流干燥机2台 4.旋风分离器2台5.引风机1台
