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废水汽提
相关语句
  wastewater stripping
     Modification of Wastewater Stripping Unit
     废水汽提装置的改造
短句来源
     Based on the analysis and reasoning, the wastewater stripping system of catalytic cracking unit in Nan-yang Wax Fine Chemical Plant was modified, adding an incinerator, a cyclone, two heat exchangers, replacing sieve plates by Pall rings,and so on.
     南阳石蜡精细化工厂在对催化裂化装置的废水汽提系统进行分析、论证的基础上,对其进行了改造,增加了焚烧炉、旋流器、换热器、将汽提塔筛孔塔盘更换为鲍尔环填料等。
短句来源
     After the modification,the wastewater stripping system runs stably,the torch is extinguished, the treatment capacity is increased and the treatment cost is decreased. The final effluent can meet the first grade standard of Integrated Wastewater Discharge Standard.
     改造后,废水汽提系统运行平稳,同时熄灭了火炬,增大了废水处理能量,节约了废水处理成本,总排口废水水质达到国家一级排放标准。
短句来源
  “废水汽提”译为未确定词的双语例句
     Energy-saving Practice of Waste Water Stripping Unit
     废水汽提装置的节能实践
短句来源
     STUDY OF PERFORMANCE OF STEAM DISTILLATION FOR THE WASTEWATER CONTAINING HIGH CONCENTRATION AMMONIA NITROGEN AND ZINC FROM OIL REFINERY
     炼油厂含锌高浓度氨氮废水汽提性能研究
短句来源
     Analysis of Process Design for An 80 t/h Acidic Waste Water Stripping Plant
     80t/h酸性废水汽提装置工艺设计剖析
短句来源
     Process Simulation of Inorganic Liquid Purify and Wastewater Stripper System of HYAM Oxime
     羟胺肟化装置无机液净化和废水汽提系统流程模拟
短句来源
     Minimization of NH 3 N discharge can be realized through strengthening the steam stripping efficiency of sour water and improving the performance of the wastewater biological treatment facilities.
     通过加强废水汽提效果和完善污水处理场生化处理设施 ,控制外排废水氨氮总量 ;
短句来源
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  相似匹配句对
     Modification of Wastewater Stripping Unit
     废水汽提装置的改造
短句来源
     Treatment of Cyclohexanone Waste Water by Steam Stripping Method
     汽提法处理环己酮废水
短句来源
     Technology of Disposal of Waste-Water
     废水处理技术
短句来源
     NITRIFICATION OF WASTEWATER
     废水的硝化作用
短句来源
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To control waste water hot and cold feed ratio, side-draw ratio and ammonia treating temperature in waste water stripping unitproduction is favourable to decrease the unit consumption of steam and to control the total quantity of waste water in upper stream unit andrealize purified water re-use is an effective measure for energy saving of waste water stripping unit and achieved certain economic result.

废水汽提装置生产中控制废水冷热进料比、侧线抽出比和氨精制塔温度有利于降低蒸汽单耗;控制上游装置废水总量和实现净化水回用也是废水汽提装置节能行之有效的方法,并取得了一定的经济效益。

This paper is intended to introduce the reasons for residual foaming in Shell Carbon Recovery Unit and put forward some practical measures of operation. The reasons for bolcking and failing to attain the design level of Waste Water Stripper are analyzed and countermeasures are recommended in it.

介绍shel碳黑回收装置渣油发泡的原因,提出在操作过程中防止渣油发泡的一些具体措施;分析废水汽提塔堵塞,且达不到设计指标的原因并提出改进措施

Reduction of sulfur emission can be achieved via strengthening the desulfurization efficiency of the refining dry gas and LPG and increasing the sulfur reclamation of the sulfur recovery unit. Minimization of NH 3 N discharge can be realized through strengthening the steam stripping efficiency of sour water and improving the performance of the wastewater biological treatment facilities.Decreasing the generation and disposal amount of caustic sludge can be accomplished by adopting cleaner technologies and recycling...

Reduction of sulfur emission can be achieved via strengthening the desulfurization efficiency of the refining dry gas and LPG and increasing the sulfur reclamation of the sulfur recovery unit. Minimization of NH 3 N discharge can be realized through strengthening the steam stripping efficiency of sour water and improving the performance of the wastewater biological treatment facilities.Decreasing the generation and disposal amount of caustic sludge can be accomplished by adopting cleaner technologies and recycling caustic sludge. The “three sludge”problem can be settled by using a coke tower to dispose the “three sludge”.

通过提高干气和液态烃的脱硫效果及提高酸性气体的硫回收率来控制大气的硫污染 ;通过加强废水汽提效果和完善污水处理场生化处理设施 ,控制外排废水氨氮总量 ;通过采用清洁工艺和碱渣回用来减少碱渣产生量和处理量 ;用焦炭塔处理“三泥”来解决“三泥”出路

 
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