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    • 1. 发明授权
    • Method and apparatus for controlling the bed temperature in a
circulating fluidized bed reactor
    • 控制循环流化床反应器床层温度的方法和装置
    • US5363812A
    • 1994-11-15
    • US198694
    • 1994-02-18
    • Felix BelinKiplin C. AlexanderDavid E. James
    • Felix BelinKiplin C. AlexanderDavid E. James
    • F22D1/00B01J8/32F22B31/00F23C10/24F22B1/00
    • F22B31/0084
    • Bed temperature in a circulating fluidized bed (CFB) reactor is controlled by varying a recirculation rate of particles collected by a secondary particle separator back to the CFB reactor. Particle storage means, sized to contain sufficient inventory required for bed inventory/temperature control due to fuel/sorbent variations and/or load changes, stores particles collected by the secondary particle separator. The storage means can be either directly below the secondary particle separator or at a remote location. Particles collected by the secondary particle separator rather than by the primary particle separator are preferred due to their smaller size and lower temperature. A bed temperature control system controls the recirculation rate of these particles back to the reactor. Level sensing devices are provided on the storage means. A solids storage level control system that interacts with the bed temperature control system controls the solids inventory in the storage means via a purge system.
    • 循环流化床(CFB)反应器中的床温度通过将由二次粒子分离器收集的颗粒的再循环速率改变回CFB反应器来控制。 颗粒储存装置,其尺寸适于包含由于燃料/吸附剂变化和/或负荷变化而导致的床库存/温度控制所需的足够的库存,存储由次级颗粒分离器收集的颗粒。 存储装置可以直接在次级颗粒分离器下面或在远程位置。 由二次粒子分离器而不是一次粒子分离器收集的颗粒由于其较小的尺寸和较低的温度而优选。 床温控制系统将这些颗粒的再循环速率控制回反应器。 液位传感装置设置在存储装置上。 与床温控制系统相互作用的固体储存液位控制系统通过吹扫系统控制储存装置中的固体物料清单。
    • 7. 发明授权
    • Tri-sector regenerative oxidant preheater for oxy-fired pulverized coal combustion
    • 用于氧燃烧粉煤燃烧的三段再生式氧化剂预热器
    • US08327809B2
    • 2012-12-11
    • US12169168
    • 2008-07-08
    • Kiplin C. AlexanderDavid L. KraftDennis K. McDonald
    • Kiplin C. AlexanderDavid L. KraftDennis K. McDonald
    • F23L15/02
    • F23L15/02F28D19/041Y02E20/348
    • A tri-sector regenerative oxidant preheater apparatus, method and arrangement for utilization with oxy-fired pulverized coal combustion power plants. The preheater includes a stationary housing and a rotor rotatably mounted in the housing. Sector plates are located at the axial ends of the rotor and divide the preheater into a flue gas sector, two primary oxidant sectors, and a secondary oxidant sector interposed between the two primary oxidant sectors. A primary oxidant fan is located downstream of the preheater to create a negative environment in the primary oxidant sectors. During operation of the preheater, the environments of the two primary oxidant sectors and the flue gas sector are at about the same negative pressure, and thus there is very limited leakage between the oxidant side and the flue gas side of the preheater. The environment of the secondary oxidant sector is at a positive pressure and leakage to the negative environment of the primary oxidant sectors will be that of secondary oxidant to primary oxidant with no loss secondary oxidant to the gas side of the preheater.
    • 一种采用三氧化二氧化碳燃烧发电厂的三段再生氧化剂预热装置,利用方法和装置。 预热器包括固定壳体和可旋转地安装在壳体中的转子。 扇形板位于转子的轴向端部,并将预热器分成烟道气体扇区,两个主氧化剂扇区,以及介于两个主氧化剂扇区之间的次氧化剂扇区。 主氧化剂风扇位于预热器的下游,以在主要氧化剂部分中产生负面环境。 在预热器的运行期间,两个主要氧化剂部分和烟道部分的环境处于大致相同的负压,因此在预热器的氧化剂侧和烟气侧之间的泄漏非常有限。 次级氧化剂部分的环境处于正压力,并且主要氧化剂部分的负环境的泄漏将是初级氧化剂的二次氧化剂,而对于预热器的气体侧没有损失的二次氧化剂。