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Method of operating a fluidized bed reactor system, and system for cleaning gas cooler

机译:操作流化床反应器系统的方法以及用于清洁气体冷却器的系统

摘要

In a fluidized bed reactor system having a gas cooler, with cooling surfaces, downstream of a first cyclone separator, the cooling surfaces are cleaned by introducing sufficient concentration of bed particles into the gas during, or just prior to, cooling, so that the particles mechanically dislodge deposits from, and thereby clean, the cooling surfaces. The particles are then removed downstream of the cooler by a second separator, and the bed particles separated by the second separator may be returned to the fluidized bed reactor at or just before the cooler to again be used to effect cooling. Cleaning may be practiced in spaced time intervals only (e.g. periodically or intermittently), or continuously. Where practiced intermittently the efficiency of operation of the first separator may be diminished by introducing a fluid stream, or a solid object, into the vortex flow within the first separator, so that a sufficient number and size of particles pass through the first separator so as to effect cooler cleaning.
机译:在具有气体冷却器的流化床反应器系统中,该气体冷却器在第一旋风分离器的下游具有冷却表面,通过在冷却期间或冷却之前将足够浓度的床颗粒引入气体中来清洁冷却表面,从而使颗粒机械地从冷却表面清除沉积物,从而进行清洁。然后通过第二分离器在冷却器的下游除去颗粒,并且在冷却器处或之前,由第二分离器分离的床颗粒可以返回到流化床反应器中,以再次用于进行冷却。可以仅以间隔时间间隔(例如,周期性地或间歇地)或连续地进行清洁。在间歇地进行操作的情况下,可以通过将流体流或固体物体引入第一分离器内的涡流中来降低第一分离器的工作效率,以使足够数量和尺寸的颗粒通过第一分离器,从而进行冷却器清洁。

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