1) coal gas water
煤气水
1.
Presents treatment process of coal gas water by-produced from Lurgi Coal-to-Gas process,points out problems existed in the original design.
介绍鲁奇炉煤制气生产过程中副产的煤气水处理工艺,指出原设计运行存在的问题,结合扩产改造要求,提出关于煤气水“分级处理、分别回用”的解决方案,并对运行情况进行总结。
2) Coal gasification wastewater
煤气废水
1.
Experimental study on the treatment of Lurgi gasifier coal gasification wastewater by pyrolysis char adsorption and catalytic oxidation process;
焦渣吸附-催化氧化法处理鲁奇炉煤气废水研究
2.
Research on advancing treatment of coal gasification wastewater by O_3-biological activated carbon process;
臭氧生物活性炭工艺深度处理煤气废水实验研究
3.
A pilot study on coal gasification wastewater treatment by A-O-coagulation-immobilized biological activated carbon(IBAC)combined process;
A-O-混凝-固定生物活性炭组合工艺处理煤气废水的中试研究
3) water gas
水煤气
1.
The cracked tail gas as heat resource instead of water gas in the production of K_2SO_4;
用石油炼制尾气替代水煤气作热源生产硫酸钾
2.
The statistical analysis of the relationship between explosive limits and concentrations in water gas-air mixtures;
水煤气-空气混合气体爆炸极限与浓度关系的统计分析
3.
Model of mass and energy balances and chemical reaction equilibrium on partial methanation of water gas in multistage adiabatic reactor;
常压水煤气部分甲烷化多段绝热反应器平衡计算模型
4) coal gas wastewater
煤气废水
1.
Study on treatment of coal gas wastewater by A/O-air floatation technology;
A/O-气浮法处理煤气废水研究
2.
The comprehensive treatment of slag and coal gas wastewater resulted from Lurgi gasfication process have been studied.
对鲁奇(Lurgi)法气化工艺中产生的大量炉渣及煤气废水的综合治理进行了研究。
3.
Coal gas wastewater was treated by A/O process.
采用 Ａ／Ｏ工艺处理煤气废水的研究结果表明，该工艺能同时去除煤气废水中的有机物和氯氮，在试验确定的条件下，该工艺对煤气废水中的 ＣＯＤｃｒ去除率达 ９１。
5) half-water gas
半水煤气
1.
This article makes an overall calculation, analysis and comparison for water feed and theoretical tray number of half-water gas scrubber.
对半水煤气洗气塔进水量、理论板数较全面进行了计算分析及比较。
6) semi-water gas
半水煤气
1.
Use of MSQ-3 desulfurization catalyst in desulfurization of semi-water gas;
MSQ-3型脱硫催化剂在半水煤气脱硫中的应用
2.
In this paper,The autor makes an analysis on energy consumption in purification processes from CO shift,desulfurization,CO_2 removal and fine purification,emphasizing on energy consumption,presensents the process configuration which is suitable for semi-water gas purification.
对各种变换、脱硫、脱碳及精制工艺的能耗进行了分析,重点从能耗的角度对各种变换、脱硫、脱碳及精制工艺进行了评价,并提出了合理的半水煤气净化工艺流程配置。
3.
This paper mainly introduces the technology of "Iron-alkaline Solution Catalysis Desulphur-decyanogen"(short for DDS desulphurization technology),and the practical application of the semi-water gas and catalyzed gas desulphurization technology in Zhangqiu Luming Chemical Industry Co.
介绍了“铁—碱溶液催化法脱硫脱氰技术”(简称“DDS”脱硫技术)的基本情况及其在章丘市鲁明化工有限公司半水煤气及变换后气体脱硫中的应用情况。
补充资料：地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条