本发明涉及一种气体氧化单元（101，201，301，401），用于装载有可氧化成分Rohgasvolumenstroms包括的热处理 - 至少两个热存储块（2,3），其中在每种情况下，储热块（2,3）的至少一个原料气体（6 ）和至少一个清洁气体通道（7）连接，以及 - 流动中的至少一个（蓄热群众2之间，设置3）燃烧室（12），其中在Rohgasvolumenstrom存在的成分是可氧化和Rohgasvolumenstrom所以转换到一个干净的气体体积流量，以 气体氧化厂（101，201，301，401）还向所述气相氧化系统的冷却是可能的而没有任何延迟，以防止系统的总损失，利用在气体氧化剂上作为高效地获得尽可能的能量，而不使清洁的气体在超过极限的影响 建议到D 屁股其通过装置直接连接到所述燃烧室（12）和进入燃烧室的至少一个通道（16），其中可以引入的流体（12），其中介绍的流体的向燃烧室（12）的温度降低。 此外，本发明涉及一种用于操作气体氧化单元的方法。

The invention relates to a gas oxidation plant (101, 201, 301, 401) for the thermal treatment of a loaded with oxidizable components Rohgasvolumenstroms comprising
- At least two heat storage masses (2,3), wherein the heat storage masses (2,3) are each connected to at least one raw gas (6) and at least one clean gas passage (7) and
- At least one of flow between the heat storage masses (2, 3) arranged combustion chamber (12), in the present in the Rohgasvolumenstrom components is oxidized and the Rohgasvolumenstrom so transformable into a clean gas volume flow, To the gas oxidation plant (101, 201, 301, 401) to further develop that a cooling of the gas oxidation plant without delay is possible to prevent a total breakdown of the system, thereby efficiently continue to use the energy generated in the gas oxidation plant without the clean gas limits be exceeded, it is proposed that at least one channel (16) which is connected directly to the combustion chamber (12) and by means of which a fluid into the combustion chamber (12) can be introduced, wherein an opening of the fluid to a temperature reduction in the combustion chamber ( 12). Furthermore, the invention relates to a method for operating the gas oxidation equipment.