制浆废水,Pulping wastewater英语短句,例句大全

制浆废水,Pulping wastewater
1)Pulping wastewater制浆废水
1.In this paper,hydrolysisacidrogenesis-aerobic-biological fluized bed process was used to treat chinese alpine rush pulping wastewater.采用水解酸化-好氧生物流化床工艺处理龙须草制浆废水,试验研究结果表明,水解酸化阶段的最佳条件为:水力停留时间(H RT)8h,COD cr容积负荷1。
2.Membrane separation(MS) is a new process of treating pulping wastewater.膜分离技术是处理制浆废水的新工艺。

英文短句/例句

1.Treatment of wastepaper pulp effluents by photo-Fenton process光催化-Fenton工艺处理废纸制浆废水
2.Treatment of wastepaper pulp wastewater by heterogeneous photo-Fenton process非均相光-Fenton法处理废纸制浆废水
3.The pilot plant test of anaerobic biodegradability of chemical pulping effluent化学法制浆废水的厌氧可生化性研究
4.Study on Paper Making Waste Water Irrigation in Winter-wheat and Rice Rotation System;小麦/水稻轮作体系下制浆废水灌溉试验研究
5.Study on Paper Making Waste Water Irrigation in Winter Wheat and Rice Rotation System冬小麦-水稻轮作体系下制浆废水灌溉试验研究
6.Application of cleaner production in wastewater treatment of wetness-swelling and rolling pulping“清洁生产”在润涨、轧制制浆废水处理中的应用
7.Aerobic treatment control system of APMP pulping wastewater based on expert system基于专家系统的APMP制浆废水好氧处理控制系统
8.Derivative Spectra Method for Rapid Determination of Pulping Effluent Chroma用导数光谱法快速测定制浆废水的色度
9.Determination of Pulping Effluent COD Using Derivative Spectrophotometry-Chemometrics Method导数光谱-化学计量学方法测定制浆废水COD
10.Advanced treatment of composite wastewater from regenerated papermaking by O_3/UV+BAC technologyO_3/UV+BAC深度处理废纸制浆造纸废水
11.The Practice of Paper Industrial Wastewater Treatment with Anaerobic and Aerobic Technology采用厌氧-好氧技术处理制浆造纸废水
12.Advanced Treatment Technology for High-Concentration Wastewater from Pulp and Paper Mills高浓度制浆造纸废水的深度治理技术
13.Pilot Experiments of Advanced Treatments of Pulp and Papermaking Wastewater制浆造纸综合废水深度处理中型实验
14.Study on Degradation of Pulp and Paper Effluent with Strain XC6菌株XC6对制浆造纸废水的降解研究
15.Research and Industry Use of Coal Water Mixture Manufactured with Coking Waste Water;焦化废水制备水煤浆的研究及工业应用
16.Treatment of High-pollutant-load Effluent from Bamboo CTMP Process with a Combined Bio-physical-chemical Sequence;竹材CTMP制浆高浓废水生化组合处理技术研究
17.Study on Aerobe's Characters in Midcourse Wastewater Because of Restraining Effect;草浆中段废水对好氧微生物抑制性的研究
18.Study on Advanced Treatment and Reuse of Washing/Bleaching Effluents of Pulp & Paper Industry制浆造纸中段废水深度处理与回用技术研究

相关短句/例句

Pulp wastewater制浆废水
1.Effects of nitrogen and phosphorus on the performance of pulp wastewater treatment in stabilization ponds were studied.这个结果将用于强化鹤岗华欣纸业股份有限公司稳定塘制浆废水处理。
3)Pulping effluent制浆废水
1.In order to simplify the determination of chemical oxygen demand(COD) of pulping effluent using the conventional methods,a high-speed derivative spectrophotometry-chemometrics method is proposed.针对传统化学需氧量(COD)检测方法较为繁琐的问题,文中提出了导数光谱-化学计量学方法来快速测定制浆废水COD。
4)APMP wastewaterAPMP制浆废水
1.The study on anaerobic internal circulation reactor's biodegradation of the APMP wastewater is presented.研究发现:在保持进液COD浓度约7000mg·L~(-1),HRT为8h,容积负荷为21gCOD·L~(-1)·d~(-1)工况条件下,采用逐步增加APMP制浆废水比例的方式对污泥进行驯化,APMP制浆废水的比例递增过程中,COD去除率由70。
2.According to the characteristic of high contents of COD, BOD of the APMP wastewater, the wastewater treatment system adopts anaerobic-aerobic process and the process control system is designed based on S7-300 PLC.针对APMP废水中COD、BOD含量高的特点,结合厌氧-好氧生化处理法,设计了基于S7-300 PLC的APMP制浆废水处理过程控制系统。
5)CTMP effluentCTMP制浆废水
1.Micro-electrolysis treatment of eucalyptus CTMP effluent;桉木CTMP制浆废水微电解处理
2.Eucalyptus CTMP effluent was treated with three dimensional electrode (TDE) process.使用三维电极法对桉木CTMP制浆废水进行处理,研究了反应时间、槽电压、pH值等因素对CODCr和色度去除率的影响。
6)wastepaper pulp effluents废纸制浆废水
1.In this research,the treatment of wastepaper pulp effluents by photo-Fenton has been carried out under the irradiation of xenon,and the reaction kinetic model of TOC re- moval was investigated.在氙灯照射下,采用光-Fenton工艺对废纸制浆废水进行了处理,并对其反应过程进行了动力学模型的研究。
2.The efficiencies of treatment of wastepaper pulp effluents by different heterogeneous photo-catalytic oxidation processes were studied with experiments,and their efficiencies were compared and optimized.研究了不同非均相光催化工艺去除废纸制浆废水总有机碳(TOC)的效果,并对其进行比较和优化。