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    • 2. 发明授权
    • Method and device for producing a solid fuel from combustible waste
    • 从可燃废物生产固体燃料的方法和装置
    • US5628877A
    • 1997-05-13
    • US458774
    • 1995-06-02
    • Gerard Martin
    • Gerard Martin
    • C10B47/30C10B49/20C10B53/00C10L5/40C10B53/08
    • C10B47/30C10B49/20C10B53/00C10L5/40Y02E50/30
    • A method for producing a solid fuel from combustible waste includes sorting and grinding the waste, treating the waste by heating in the absence of oxygen in a first pyrolysis reactor and then collecting the waste so treated. Polluting elements in the gases emerging from the pyrolysis are removed while the gases are hot before being directly reused to heat a first pyrolysis reactor so that solids leaving the pyrolysis operation provide a fuel without the pollutants initially contained in the waste. The device for carrying out this method includes a pyrolysis reactor and a unit for supplying an absorbent to a zone wherein the gases generated by pyrolysis are contacted by the absorbent to remove the polluting elements; the absorbent and the decontaminated solids are separated from each other.
    • 从可燃废物生产固体燃料的方法包括分选和研磨废物,通过在第一热解反应器中不存在氧而加热处理废物,然后收集如此处理的废物。 在热解过程中排出的气体中的污染元素被去除,同时气体是热的,然后直接重新使用以加热第一热解反应器,使得离开热解操作的固体提供燃料,而不会首先包含在废物中的污染物。 用于实施该方法的装置包括热解反应器和用于将吸收剂供应到区域的单元,其中通过热解产生的气体与吸收剂接触以去除污染元素; 吸收剂和去污固体彼此分离。
    • 4. 发明授权
    • Fluid bed retorting system
    • 流化床蒸煮系统
    • US4511434A
    • 1985-04-16
    • US423663
    • 1982-09-27
    • Iacovos Vasalos
    • Iacovos Vasalos
    • C10B49/20C10G1/02B01J8/30B01J8/32C10B49/22
    • C10G1/02C10B49/20
    • A fluid bed system for retorting solid hydrocarbon-containing material, such as oil shale, coal and tar sands, in which solid hydrocarbon-containing material and heat carrier material are fed into a mixing chamber, mixed and rapidly transported upwardly by a lift gas through a lift pipe into a solids-containing vessel to retort the hydrocarbon-containing material with minimal thermal cracking of the liberated hydrocarbons to increase the recovery of condensable hydrocarbons. The retorted material can be conveyed to a dilute phase lift pipe and combustor vessel where carbon residue in the retorted material is combusted leaving hot spent material that can be fed into the mixing chamber as solid heat carrier material.
    • 用于将固体含烃物质如油页岩,煤和焦油砂的蒸馏物的流化床系统,其中将固体含烃材料和热载体材料进料到混合室中,由提升气体通过 提升管道进入含固体的容器中,以最小化释放的烃的热裂解来蒸馏含烃材料,以增加可冷凝烃的回收率。 蒸馏的材料可以被输送到稀释相提升管和燃烧器容器,其中蒸煮材料中的碳残留物被燃烧,留下可以作为固体热载体材料进料到混合室中的热废料。
    • 5. 发明授权
    • Apparatus for practicing heat flux control technique
    • 用于实践热通量控制技术的设备
    • US4427493A
    • 1984-01-24
    • US389061
    • 1982-06-16
    • John H. Barney
    • John H. Barney
    • C10G1/00C10B1/10C10B49/20C10B57/00
    • C10G1/008
    • In processes for retorting oil shale using recycled heat carrying ceramic balls having a critical heat flux value, efficient operation, without heat shock damage to the balls, is obtained by operating at a weight ratio of balls to shale which is greater than but substantially equal to the ratio corresponding to the critical heat flux value; and this ratio is a function of both the heat transfer coefficient at the inlet to the retort and also the difference in temperature between the heat carrying balls and the oil shale. Implementing apparatus includes arrangements for controlling the ratio of heat carrying balls to shale, as by ball feed control apparatus and/or oil shale feed control apparatus, in accordance with the difference in temperature between the ceramic balls and the shale.
    • 在使用具有临界热通量值的再循环携带陶瓷球的油页岩蒸煮方法中,通过以大于但基本上等于或大于等于的页岩的重量比操作,获得了对球没有热冲击损伤的有效操作 该比值对应于临界热通量值; 并且该比率是入口与蒸馏器之间的传热系数以及载热球与油页岩之间的温度差的函数。 实施装置包括根据陶瓷球和页岩之间的温度差,通过球进料控制装置和/或油页岩进料控制装置控制载热球与页岩的比率的布置。
    • 7. 发明授权
    • Fluidized coal pyrolysis apparatus
    • 流化煤热解装置
    • US4341598A
    • 1982-07-27
    • US164818
    • 1980-06-30
    • Norman W. Green
    • Norman W. Green
    • C10B49/20C10B1/04C10B43/14C10B49/22
    • C10B49/20
    • Method and apparatus for pyrolyzing agglomerative coals which comprises introducing a fluidized bed of hot char particles into a pyrolysis chamber or reactor, and injecting upwardly into the chamber a high velocity jet of agglomerative coal particles in a carrier gas, the fluidized hot char particles surrounding the high velocity coal jet and heating the coal particles to yield gaseous products and char. The hot char particles in the fluidized state and disposed around the coal jet are entrained in the upwardly expanding coal jet and mixed with the coal particles, so that by the time the coal particles contact the pyrolysis chamber wall, such coal particles being heated by the char have passed through the tacky state and are no longer tacky and do not adhere to the chamber wall. The gaseous product and char formed during pyrolysis are rapidly removed from the pyrolysis chamber, and such char can be separated, e.g. in a cyclone, reheated and introduced into the fluidized bed of char particles as a fresh source of heat. The hot char particles from the fluidized bed which are entrained in the coal jet are removed from the pyrolysis chamber with the gaseous product, without any appreciable recirculation or mixing of such entrained char particles back into the fluidized char within the pyrolysis chamber.
    • 用于热解凝聚煤的方法和装置,其包括将热炭颗粒的流化床引入热解室或反应器中,并向载体中向上注入聚合煤颗粒的高速射流,所述流化热焦炭颗粒围绕 高速煤射流和加热煤颗粒产生气态产物和焦炭。 处于流化状态并且设置在煤射流附近的热焦炭颗粒被夹带在向上膨胀的煤射流中并与煤颗粒混合,使得当煤颗粒接触热解室壁时,这些煤颗粒被 焦炭已经通过粘性状态,不再发粘,不粘附在室壁上。 在热解过程中形成的气体产物和焦炭从热解室中迅速除去,并且可以分离这种炭。 在旋风分离器中,再加热并引入作为新鲜热源的焦炭颗粒的流化床。 来自流化床中夹带在煤射流中的热焦炭颗粒用气态产物从热解室中除去,而没有任何明显的再循环或将这些夹带的炭颗粒混合回到热解室内的流化炭中。
    • 10. 发明授权
    • Feed system for pyrolysis reactors
    • 热解反应堆进料系统
    • US4039390A
    • 1977-08-02
    • US683301
    • 1976-05-05
    • Forrest E. Logan
    • Forrest E. Logan
    • B01J8/00C10B49/20C10B49/22
    • C10B49/20B01J8/0025
    • A pyrolysis reactor has a feed system which includes one or more circularly arcuate feed tubes removably inserted through the outer wall of the reactor. Each feed tube is slidably disposed in a corresponding circularly arcuate external guide sleeve for positioning the discharge end of each feed tube at a predetermined location and orientation within the reactor. A hot particulate material normally suspended in a fluid carrier is fed into the reactor. The inlet end(s) of the feed tube(s) can be connected to a source of particulate agglomerative carbonaceous material suspended in a fluid carrier for injection into the reactor, preferably at a location where the hot particulate material is uniformly distributed throughout the cross-section of the reactor. Means can be provided to cool the particulate agglomerative carbonaceous material during transit through the feed tube(s) to prevent agglomeration in the feed tube(s).
    • 热解反应器具有进料系统,该进料系统包括一个或多个圆弧形进料管,其可移除地插入通过反应器的外壁。 每个进料管可滑动地设置在相应的圆弧形外部引导套筒中,用于将每个进料管的排放端定位在反应器内的预定位置和取向。 通常悬浮在流体载体中的热的颗粒材料被送入反应器。 进料管的入口端可以连接到悬浮在流体载体中的颗粒状聚集碳质材料源,用于注入反应器,优选在热颗粒材料均匀分布在整个交叉处的位置 部分反应堆。 可以提供装置以在输送通过供给管的过程中冷却颗粒聚集的碳质材料,以防止进料管中的附聚。