炭化炉

  • 网络Carbonization furnace;carbide furnace
炭化炉炭化炉
  1. 介绍了炭化炉的主要构成,分析了影响炭化料质量的四个主要因素;

    Main structure of the carbonization furnace introduced ; four main influential factors on quality of carbonized product analyzed ;

  2. 本实用新型涉及一种以木质棒材为原料的炭化炉。

    The utility model relates to a retort using wood sticks as raw material , and the retort can carry out continuous operation .

  3. 研制出了竹炭、竹醋液的洗发香波和沐浴露和生产高吸附性能竹炭的机械炭化炉。

    Bamboo charcoal and vinegar ' shampoo and shower lotion were developed . In addition , machine furnace for high adsorptive capability bamboo charcoal was also developed .

  4. 为此,本项目研究自行设计了外热式快速炭化炉,具有快速炭化、炭化过程中避免半焦烧损、过程自热的优点。

    Therefore , the carbonization furnace with external heating is designed , and it has the advantages of fast carbonization , avoid of burning loss and autothermal process .

  5. 本文根据我国拥有丰富高挥发份非炼焦煤资源特点,提出了煤气厂直立式炭化炉应积极使用非炼焦煤制取城市煤气的设想。

    Based on rich resources of high volatile non-coking coal in China , this paper proposed the idea about that which non-coking coal is used to manufacture city gas in vertical retort of gas plant .

  6. 研制出一种适用于竹材连续干馏炭化的炉型,并进行了竹炭年生产能力200t规模的工业性试验。

    A type of stove which is suitable for continuous carbonization of bamboo was developed , and an industrial test at scale of 200 t annual production of bamboo char was carried out .

  7. 减薄炭化室炉墙是提高焦炉产量,节约能源,减少投资的重要途径之一。

    To thin chamber wail is one of the important channels of raising coke oven output , conserving energy , decreasing investment .

  8. 炉气从燃烧室的上部引入向下燃烧,烟气从底部烟道排出使炭化室炉壁受热均匀。

    To keep the wall of carbonization chamber heating evenly , the furnace gas is conducted from the inlet at the upper part of burning chamber , then it is burned downward , and the flue is removed from the outlet at the lower part of burning chamber .

  9. 本文在PAN基炭纤维连续炭化过程中,探讨了纤维在高,低温炭化炉内的长度变化以及牵伸对最终炭纤维抗张强度的影响。

    In this paper , the length changes of the fiberes inside both high and low temperature furnaces and the effect of draw ratio on the properties of resulting carbon fibers have been approached during continuous carbonization .