油制气

  • 网络oil gas
油制气油制气
  1. 曼型干式储气罐储存油制气的问题与对策

    Problems and Countermeasure of Oil Gas Storage with M.A.N Gasholder

  2. 煤制气或油制气掺混LPG。

    Use coal gas or oil gas and LPG mixture .

  3. DCS在油制气生产中的应用

    The Application of DCS during Oil Making Gas Process

  4. 采用3种驯化分离的菌种S-2、Y-3、XH-3及其混合菌M-3,以葡萄糖作为共代谢基质,研究了葡萄糖对各菌降解油制气废水的影响。

    Glucose is used as co-metabolic substance to improve three kinds of bacteria strains S-2 , Y-3 , XH-3 and their mixture M-3 's ability of biodegrading wastewater produced in manufacturing gas process ( MGP-wastewater ) .

  5. 驯化筛选微生物对油制气废水的降解特性

    Biodegraded Characteristics of MGP - Wastewater by Domestic and Screened Organisms

  6. 油制气生产中除灰水系统的腐蚀及整治

    Corrosion and its prevention in ash-separating water system in oil gas manufacture

  7. 葡萄糖对油制气废水生物降解影响的初步研究

    Preliminary Study on Biodegradation of MGP - wastewater Influenced by Adding Glucose

  8. 概述了单台油制气炉荒煤气流量检测方法的探索;

    And summerizes the testing method of crude oil gas of single reactor ;

  9. 油制气控制系统故障诊断技术

    Research on fault diagnosis technique of control system of oil making gas process

  10. 油制气生产过程建模与优化

    The Modeling and Optimization of Oil Making Gas Process

  11. 北京市利用煤制气和油制气作为可替代天然气能源分析

    The analysis of Using Coal Gas and Oil Gas as Substitution of Natural Gas in Beijing

  12. 如何有效处理重油制气废水,一直是油制气行业的环保难题。

    It is also an environmental problem for the oil-gas transfer manufacturer to treat the wastewater effectively .

  13. 分析了应用激光多普勒流速计检测单台油制气炉荒煤气流量的可行性。

    And analyzes the feasibility of the crude oil gas flow of the single reactor with laser Doppler speedometer .

  14. 该系统能准确地诊断出油制气控制系统故障的位置和部件,显示故障信息和处理方法。

    The system can diagnose its position and components exactly , and display fault information and disposal of method .

  15. 介绍了用单片机取代单板机,对重油催化裂解制气工艺实行程序控制的情况,并阐述了油制气原理、工艺流程、控制系统工作原理、硬件电路及软件设计等。

    The principle of oil gas making , the process of the station , the operational principle of control system , the hardware electric circuit and software design are described concretely .

  16. 进行了添加乙醇作为碳源强化油制气废水生物降解的研究,并利用GC/MS分析对油制气废水中芳烃类化合物的降解进行了初步研究。

    Ethanol was used as co-metabolic substance to enhance biotreatment of wastewater produced in the manufacturing gas process ( MGP-wastewater ); GC / MS analysis was employed to monitor biodegradation of aromatic compounds .

  17. 陕北石油秩序生物质热解油气化制备合成气的研究

    Research on gasification of bio - oil for synthesis gas