1)purifying-tank净化槽
1.A highly effective purifying-tank for rural household domestic sewage under the dispersed state was developed.开发了一种适合于农村生活污水分散处理的高效净化槽,使用平推流二段厌氧和全混流好氧一体化回流技术以及生物滤床技术,增加了各区中的生物菌含量,抑制了厌氧区的返混;采用部分回流,进一步提高了抗冲击性和出水水质。
2.A small size household sewage purifying-tank combined A2/O and bio-filter was developed based on the charac-ters of household sewage.根据家庭生活污水的特点,开发了一种联合厌氧和好氧生物膜处理工艺的小型一体化生活污水净化槽。
3.Actual sewage is used in the experiment of investigating a small small-scale purifying-tank with two anaerobic, one aerobic bio-filter to improve the sewage treatment efficiency and reduce the cost invented by the author\'s team.本论文利用实际生活污水对自主研发的高效家庭生活污水净化槽特性进行了研究,该净化槽采用平推流二段厌氧滤床和全混流好氧生物膜一体化技术,提高了生活污水处理效率,降低了能耗,适合于分散式家庭生活污水的处理。
英文短句/例句
1.INFLUENCE OF DIFFERENT AERATION RATES ON DOMESTIC SEWAGE TREATMENT IN PURIFYING-TANK净化槽不同曝气量对出水水质的影响
2.Screening Identification and Optimal Biodegradation Conditions of Denitrification Bacteria in Biological Purification Tank生物净化槽中脱氮菌种的筛选鉴定与条件优化
3.Study on Characters of a Small-scale Multifunction Household Sewage Purifying-tank小型多功能生活污水处理净化槽的特性研究
4.Biological Purification Tank/Enhanced Ecological Floating Rafts Process for Treatment of Rural Domestic Sewage生物净化槽/强化生态浮床工艺处理农村生活污水
5.Effect and Mechanism of Botanic Purifying-tank during Treatment for Heavily Polluted River Water and Engineering Demonstration植物净化槽处理城市黑臭河水的效果、机理及工程示范
6.INFLUENCE OF BIO-FILTER BED ON DOMESTIC SEWAGE TREATMENT IN PURIFYING TANK净化槽中生物滤床对家庭生活污水处理的水质影响
7.A Brief Discussion on the Technological Control of Nickelex and Technology of Plating Bath Purification光亮镀镍工艺控制及槽液净化技术浅议
8.A porcelain sink cleans easily.瓷水槽容易弄干净。
9.bleaching in the bale毛包贮存漂白(洗毛机木槽加入少量氧化剂,使净毛在贮存期间渐被漂白)
10.Liquid detergents, such as this one, can be placed in a pump type oil can and pumped to each tank top very easily.液体净化剂，如所述的这种，可注入油灌式的泵中，便于抽入到每个槽内。
11.Don't forget to wipe off the sink when you've finished the dishes.洗完了碗碟别忘了把洗涤槽擦干净。
12.She flushed the sink out with warm water.她用温水把水槽冲洗干净。
13."Where there are no oxen, their food-place is clean; but much increase comes through the strength of the ox."家里无牛，槽头干净。土产加多，乃凭牛力。
14.purifying apparatus提纯仪器;净化设备;净化设备;净化仪器;净化仪器
15."The chromating treatment system includes spray-rinsing tank, circulate tank and medium storage tank."钝化处理系统包括喷淋槽、循环槽和介质储存槽。
16.To cleanse or purify or become cleansed or purified.（使）清洁，（使）净化
17.The electrostatic precipitation electrostatic agglomeration process is used for purifying the harmful gas and smoke dust from an aluminum cell of self baked anode.应用电除尘与静电凝聚技术相结合,净化自焙阳极铝电解槽生产过程中所产生的有害气体和烟尘。
18.Unchannellized intersection未经（加）槽化的交叉路口
相关短句/例句
purification tank净化槽
1.An efficient domestic wastewater treatment facility——high-performance integrated purification tank;高效生活污水处理装置——高性能合并处理净化槽
2.A rather sound technological management system has been developed to support and regulate the technological generalization of purification tank(Johkasou) in Japan.对于净化槽,日本已经形成了一套比较完善的技术管理体系,并支撑和规范着净化槽技术的推广和使用。
3)Johkaso净化槽
1.Feasibility study of Johkaso with the process of anaerobic filter bed-contact aeration treatment dispersed domestic wastewater to Tai Lake basin;厌氧滤床-接触氧化工艺净化槽处理太湖流域分散性生活污水的可行性研究
2.Prospects for the Dissemination of Japanese Johkaso Technology in China;日本净化槽技术在中国的推广前景
4)purifying tank净化槽<冶>
5)Biological purification tank生物净化槽
1.The control test-study of biological purification tank on malodorous river water purification.;生物净化槽对黑臭河水净化的中试研究
2.The combined process of biological purification tank and enhanced ecological floating rafts was used to treat rural domestic sewage in Chongming Island.采用生物净化槽/强化生态浮床(BPT-EEFR)组合工艺处理崇明岛的农村生活污水,生物净化槽(BPT)可以有效地对有机物进行生物降解,强化生态浮床(EEFR)则进一步去除了氮和磷。
6)Johkaso technology合并净化槽
1.Effluent from a Johkaso, an on-site sewage treatment installation using Japanese Johkaso technology, is further treated by a bench-scale electrolytic cell with aluminum electrodes to remove phosphorus by means of electro-coagulation.对于下水道未普及地区合并净化槽去除氮化合物是有效的,但除磷效果并不理想。
延伸阅读
铝电解槽烟气净化铝电解槽烟气净化cleaning of gases from aluminium electrolysis cell 甲总，刀集肠z+(1一夕净l)甲净2式中饭为铝电解槽于一次集气系统的集气效率;林1为一次净化系统的净化效率;夕御为二次净化系统的净化效率。现代化铝厂已经不用二次烟气净化。 对于新式预烙阳极铝电解槽来说，采用一次集气和净化系统时，要求总控制效率达到95%~98%。 (徐树田)IU dianiieeao yanqi Jinghua铝电解植烟气净化(eleaning of gases fromaluminium eleetrolysis eell)对铝电解生产过程中所排放含污染物的烟气进行收集和处理，使之达到排放标准的作业。通常在铝电解厂设置的净化系统(见彩图插页第19页)中进行。 烟气中的污染物从铝电解槽出来的烟气含有气态和固态两种污染物。气态污染物主要是氟化氢(HF)。固态污染物分两类，一类是大顺粒污染物(直径>5“m)，主要是氧化铝、碳和冰晶石粉尘。由于氧化铝吸附了一部分气态氟化物，一般大顺粒污染物的总含氟量约为15线。另一类是细顺粒污染物(亚微米级颗粒)，由电解质蒸气凝结而成，其中含氟量高达45%。铝电解槽烟气中所含气态氟化物与固态氟化物的比率，视槽型不同而异.在自烙阳极铝电解槽的污染物中，气态氟占60%~90%;在预焙阳极铝电解槽的污染物中，气态氟占50%。表中分别列出了这两种槽型的污染物散发量。在自焙阳极铝电解槽中，侧插棒式电解槽的气态氟化物大约占氟化物总量的60%~70%，而上擂棒式电解槽可达70%~90写。后者气态氟化物量增多，可能是由于顺粒状氟化物在燃烧器中发生水解作用所致。 铝电解抽烟气(吨铝)的污染物含t(kg)磷羚 每吨铝的氛消耗量一般是30kg，分配如下:废气带走50%一60% 阴极内衬吸收30%一40% 其他8%~10% 铝电解槽烟气所含的这些污染物对人体和植物均有害，需要加以净化除去。按一般规定，每吨含氟的铝的污染物排放量不得超过Ikg。在烟气净化过程中收回的物质仍可返回应用于铝电解生产。 烟气收集从铝电解槽散发出来的烟气，由槽上集气罩收集下来，称为一次烟气;未经集气罩收集而直接进入电解厂房空气中者，称为二次烟气一次烟气的体积较小，所含氟化物浓度较大;二次烟气体积较大，所含氟化物浓度较小.收集一次烟气的设备系统，称为一次集气系统;收集二次烟气的设备系统，称为二次集气系统。 烟气净化烟气收集系统收得的铝电解槽烟气送入烟气净化系统(见彩图插页第20页)进行净化。铝电解厂的烟气净化系统与烟气收集系统相对应，也分为一次净化系统和二次净化系统。
