煤焦化

  • 网络coking
煤焦化煤焦化
  1. 主要介绍了马钢煤焦化公司现行污水处理A/OO活性污泥法的运行状况、存在问题、解决方案、运行效果和发展前景。

    The operation state , existing problems and solutions as well as operation result and development prospect of the A / OO activated sludge process at the Coking Company of Masteel are mainly introduced .

  2. 煤焦化工程火灾危险性及消防设计探析

    On Fire Risk of Coking Works and Fire Design

  3. 采用氧化法提纯了煤焦化工业副产品中的纳米碳管,采用X射线衍射法对纳米碳管的结构进行了研究,透射电镜研究了纳米碳管的形貌。

    The carbon nano-tubes were pured by oxidation method , which was byproduct in coal-coking industry . X-ray diffraction and transmission electron microscope were used to determine the sizes and morphology of carbon nano-tubes .

  4. 和CTP是煤焦化作业人群中职业性肺癌发病率与死亡率增高的重要因素。

    Benzopyrene ( B ( a ) P ) and coal-tar pitch ( CTP ) are one of the important factors of enhancing incidence and mortality in the taroperating population with professional lung cancer .

  5. 煤焦化过程中污染物的产生与控制

    Producing and controlling of the pollutant in the coal 's coking process

  6. 淮北矿业集团努力打造一流煤焦化电基地

    Huaibei Mining Group make efforts to build top coal carbonization and power base

  7. 煤焦化企业综合监控管理系统的设计与实现

    Design of Integrated Monitoring and Management System for Coal Coking Enterprise and Its Implementation

  8. 煤焦化过程实时动态监控系统

    Coking Process Real-time Dynamic Supervisory Control System

  9. 由于煤焦化工业迅速发展,焦化工业废水的排放量也呈上升趋势。

    However , the discharge of wastewater is also increasing with the rapid development of the coking industry .

  10. 利用煤焦化副产物洗油合成了高效减水剂,该减水剂具有高减水率和早强性,可单独用于配制低标号商品混凝土;

    Superplasticizer was synthesized by using coal coking byproduct washing oil which has high water reducing rate and excellent early strength .

  11. 结合马鞍山钢铁公司煤焦化公司6焦炉加热的计算机串级控制系统,建立了温度控制系统的最优化控制模型。

    The optimum control models of the temperature control system were established on the cascade heating control system of No. 6 coke oven of Ma Anshan Iron & Steel Co.

  12. 煤炭是我国乃至世界上最主要的能源之一,煤焦化工业对我国国民经济发展意义十分重大。

    Coal is one of the most important energy sources in China and even in the world . Coking industry plays a significant role in the national economic development .

  13. 从脱硫工艺的改造、装置完善配套及日常管理等方面阐述了笔者对山西静乐煤焦化有限公司煤气脱硫工艺运行的一些体会。

    The author narrates some ideas about the gas desulphurization project technology in the coal coking limited in Jingle county in Shanxi from its reform , equipment improving and daily management .

  14. 我国是煤焦化工业大国,陕西省更是煤焦化工业集中地,煤焦油产量较大而且逐年增加。

    China is a big country with coal-coking industry , and Shaanxi is the concentration land of coal-coking industry , the production of coal tar is huge and increases every year .

  15. 我们将聚集一批专家队伍,成立煤焦化深加工研究基地,寻找国际、国内先进生产经验,寻求长远发展目标,延长产业链,扩大产能,发挥投资效益最大化。

    We will gather a coal coking expert team , establish research base of coal coking processing , looking for international and domestic advanced production experience , seek the long-term development targets , extend the industrial chain , to expand capacity and play investment benefit maximization .

  16. 而对煤焦化工业产生的副产品中温煤焦油进行深加工,既是提升能源利用价值之举,又是解决以往煤焦油被粗放性使用而造成环境破坏的有益途径。

    Deep processing of the mid-temperature coal tar which is the byproducts in coal-coking industry can not only enhance the value of energy , but also an effective way to solve the problem that the environment was disrupted because of the extensive use of coal tar before .

  17. 利用2kg级模拟工业高温焦化装置进行废轮胎与煤共焦化实验,考察了共焦化产物分布及产物收率受废轮胎橡胶变化的影响。

    The product distribution and the effect on the yields from co-coking of coal with waste tire were investigated by using a 2 kg pyrolysis device for simulating the industrial coking procedure .

  18. 长焰煤吸附焦化废水污染物的研究

    Study on Adsorption of Long Flame Coal to Coking Waste Water Pollutants

  19. 废塑料与煤共焦化所得焦油成分分析

    Analysis of Tar from Co-coking of Coal and Waste Plastic

  20. 粉煤快速焦化气化新工艺的研究(Ⅰ)

    A New Process of Coking and Gasification of Powder Coal by Rapid Heating (ⅰ)

  21. 本文论述了粉煤快速焦化气化新工艺的机理;高温高速热分解与慢速升温热分解产品的比较;

    A new technical Process of coking and gasification of powder coal by rapid heating together with its theoretical basis are illustrated .

  22. 焦化废水是煤制焦化产品回收过程中产生的废水,其成分复杂多变,属于难处理的工业废水。

    The coking wastewater is a kind of intractable wastewater from the coking products of coal , whose component of this waste water is complicated and difficult to treat .

  23. 研究表明:废塑料与煤共焦化所得焦炭冶金焦率和焦炭质量降低明显,且随着废塑料添加比例增加,所得焦炭质量劣化程度整体加大;

    The results showed that the yield of metallurgical coke decreased obviously and at the same time , the quality of coke also decreased with the increasing of percentages of waste plastics added .

  24. 实验结果表明:添加物与煤共焦化时,焦油和粗苯的产率都有不同程度的提高,氨的产率基本不变,焦炭产率略有下降。

    The results demonstrated the yields of the tar and crude benzol were improved differently , the yields of ammon remained the same , coke yields had been slightly declared during co-carbonization of coal with additions .

  25. 塑料与煤共焦化过程中同时存在物理和化学协同作用,减少了二次反应的机会,增加了焦油收率,同时促进了焦油中芳香化合物的甲基化。

    The physical and chemical synergism exists in the co-carbonization of plastics and coal and reduces the chance of secondary reaction , which increases tar yield and favours the formation of methyl-substituted aromatic compounds in tars .

  26. 煤沥青焦化所生产的沥青焦主要用于生产石墨电极、阳极糊或预焙电极,亦可用于高炉降低所用冶金焦的灰分和硫分,也可作为低污染燃料使用,具有较高经济价值。

    Coke made from coal-tar pitch is used in the manufacture of graphite electrodes , anode slurry pre-roasted electrodes and open-hearth furnaces to decrease the ash and sulfur contents of metallurgical coke , and also used as low-pollution fuel . Pitch coke has high economic values .

  27. 塑料与煤低温共焦化产物分析

    Analysis of Product Distribution of Low-Temperature Co-Carbonization of Coal with Plastics

  28. 中、低温煤焦油延迟焦化的工艺研究

    Research of Delayed Coking Process of Medium and Low Temperature Coal Tar

  29. 第二种是对于冶金煤或者说焦化煤的需求。

    The second demand is for metallurgical , or coking , coal .

  30. 利用煤炭干馏技术发展中国的煤化工非焦化煤,干烧煤

    Developing China 's coal chemical industry with coal dry distillation technology noncoking coal