Bioleaching

  • 网络生物浸出;生物淋滤;生物沥浸;生物淋滤法;生物浸取
BioleachingBioleaching
  1. Recovery of metals by bioleaching process has been used in commercial production .

    利用细菌浸矿技术回收金属已广泛应用到工业生产中。

  2. Effect of different sludge concentrations on process of bioleaching

    不同污泥浓度对生物沥滤过程的影响

  3. Removal efficiency of heavy metals in sewage sludge by bioleaching method

    微生物淋滤法去除城市污泥中重金属的效果

  4. Effect of aeration rate on bioleaching heavy metal from sewage sludge

    曝气强度对城市污泥重金属生物沥滤过程的影响研究

  5. Study on Removal of Heavy Metal Chromium from Sludge by Bioleaching

    生物淋滤去除污泥中重金属铬的试验研究

  6. The paper describes the research on bioleaching of low-grade copper ore .

    进行了微生物浸出低品位铜矿的研究。

  7. Study on Surface Properties of Ore Bioleaching Bacteria

    浸矿细菌表面性质研究

  8. The effects of organic phases in solvent extraction on bioleaching bacteria

    萃取有机相对浸矿细菌的影响

  9. Research on bioleaching of low - grade copper ore

    微生物浸出低品位铜矿的研究

  10. Bioleaching is a newly developed technique in recent decades .

    生物浸出是近几十年发展的一种新技术。

  11. Study on Bioleaching Heavy Metal from Urban Sewage Sludge

    城市污水污泥中重金属的生物沥滤技术试验研究

  12. Selection of Cheap Carbon Sources During Bioleaching of Heavy Metal Contaminated Soil

    土壤重金属生物淋滤修复过程中廉价碳源的筛选研究

  13. The Research of Bioleaching Low Grade Secondary Copper Sulphide Ore

    低品位次生硫化铜矿的细菌浸出研究

  14. Study on Factors of Affecting Bioleaching Rate of Sulphide Ores

    影响细菌浸出率的因素研究

  15. Basic Research and Technical Study on Bioleaching of Zinc Sulfide Ore Bearing High Content of Iron

    高铁锌硫化矿的细菌浸出基础及其工艺研究

  16. The high bacterial activity could accelerate the bioleaching of chalcopyrite .

    中等嗜热菌活性高有利于提高黄铜矿的浸出率;

  17. Fe ~ ( 3 + ) behavior in the low copper bioleaching

    Fe~(3+)离子在低品位铜矿生物浸出中的行为分析

  18. Manufacture of Bioleaching Reactor and Characteristics of Mineral Distribution

    生物浸矿反应器的制作及矿浆质量分数分布特征

  19. Effect of biological factors on heap bioleaching kinetics of secondary copper sulfide

    生物因素对次生硫化铜矿堆浸过程动力学的影响

  20. Optimum of Bioleaching of Heavy Metals in Sewage Sludge and Research on Reaction Mechanism

    污泥重金属生物淋滤的工艺参数优选和反应机理的研究

  21. The practical application of bioleaching technology was limited seriously because of its lower leaching rate .

    生物浸矿由于其浸出速率很低而使其实际应用受到了严重限制。

  22. Effects of Initial pH on Bioleaching of Heavy Metals from Sewage Sludge

    初始pH值对污泥中重金属生物沥滤的影响

  23. " Assumed Inherent Sensor " Inversion Based Soft-Sensing in Bioleaching Process

    基于内含传感器逆的生物浸出过程关键变量的软测量

  24. Study on enhancing chromium separation efficiency from tannery sludge by bioleaching

    提高生物法分离制革污泥中铬分离效率的研究

  25. Effect of contacting time on bioleaching of spent nickel cadmium batteries

    废旧镍镉电池的生物沥滤处理&沥滤停留时间的影响研究

  26. Effect of Total Solids Concentration on Heavy Metals Bioleaching from Contaminated Sediment

    固体浓度对污染底泥中重金属生物沥浸去除效果的影响

  27. Research Progress on Bioleaching Technology

    生物浸矿技术研究进展

  28. Bioleaching has lower cost and environmental pollution , but leaching speed is slowly .

    细菌浸矿成本低,对环境污染小,但浸出速度缓慢。

  29. Removal of the Heavy Metals from the Urban Sewage Sludge by Using the Bioleaching Process

    浅析用生物淋滤法去除城市污泥中的重金属

  30. Study on the bioleaching mechanism of the low-grade ore

    低品位矿石微生物浸出作用机理研究