700-800℃的高温工业是通过冷却系统和环形冷却进行风冷的，而从下面

700-800℃的高温工业是通过冷却系统和环形冷却进行风冷的，而从下面封闭的空气通过插入头与燃烧室底部进行交换，从而产生200-450℃的高温通量。用风机将高温废气放入锅炉，在中压下产生压力蒸汽，转动发动机。这一过程的技术难点在于，在燃烧过程的生产过程中，对工厂的突然故障和熔炉的碰撞进行有计划的检查。另外，由于试验过程中的波动，由于过剩热源不稳定，系统设计比较困难。

700-800℃的高温工业是通过冷却系统和环形冷却进行风冷的，而从下面封闭的空气通过插入头与燃烧室底部进行交换，从而产生200-450℃的高温通量。 用风机将高温废气放入锅炉，在中压下产生压力蒸汽，转动发动机。 这一过程的技术难点在于，在燃烧过程的生产过程中，对工厂的突然故障和熔炉的碰撞进行有计划的检查。 另外，由于试验过程中的波动，由于过剩热源不稳定，系统设计比较困难。

The high temperature industry of 700-800 ℃ is air-cooled by cooling system and annular cooling, and the air sealed from below is exchanged with the bottom of combustion chamber through the insertion head, thus producing high temperature flux of 200-450 ℃. The high temperature waste gas is put into the boiler with a fan, and pressure steam is generated under medium pressure to turn the engine. The technical difficulty of this process lies in the planned inspection of the sudden failure of the factory and the collision of the furnace in the production process of the combustion process. In addition, due to the fluctuation in the test process and the instability of excess heat source, it is difficult to design the system.<br>