本发明涉及一种用于净化可氧化组分包含Rohgasvolumenstroms（1），其中，第一Rohgasvolumenstrom（8）沿着吸附剂的表面被引导，所述第一Rohgasvolumenstroms的可氧化成分（8）积聚在吸附剂，由此 第一Rohgasvolumenstrom（8）分成第一清洁气体流（10）被转换，与由Desorptionsvolumenstroms（9）从吸附剂中脱离出来，来累积在在以后的时间吸附剂可氧化成份由此Desorptionsvolumenstrom（9）在第二Rohgasvolumenstrom （17）转化，进一步地，其中，所述第二Rohgasvolumenstrom（17）通过第一热存储块（20）被传递，从而所述第二Rohgasvolumenstroms的温度（17）增加，则第二Rohgasvolumenstrom（17）进入反应室（15） 其中在导通 位于第二Rohgasvolumenstrom（17）可氧化成分被氧化，由此第二Rohgasvolumenstrom（17）处于第二清洁气体流（21）被转换，其中，所述第二清洁气体流（21）通过第二热存储块（22），由此进行其后至少部分地 通过第二储热体的温度（22），所述第二清洁气体体积流（21）的引导部分被降低，并且所述第二清洁气体流（21）引入到一个干净的气体流路（24），其中，所述反应室的第一储热体（20）的流动方向（ 15）和所述第二热存储块（22）被周期性地反转。 为了提供一种具有与三腔系统至少同样高清洁性能比较，并且还具有成本效益的方法，它是根据本发明，吸附剂可氧化至少反转流作为缓冲的方向进行了大量部件的操作的持续时间的一部分期间提出 使用，其中涉及使用吸附剂的后装载至少与可氧化组分吸附剂的一部分的吸附剂程度的质量比中间存储高，比没有这种使用吸附剂的作为临时存储的最大装载量。 此外，本发明涉及一种相应的装置（2,2“）。

The present invention relates to a method for purifying an oxidizable components contained Rohgasvolumenstroms (1), in which a first Rohgasvolumenstrom (8) is guided along a surface of an adsorbent, said oxidizable components of the first Rohgasvolumenstroms (8) accumulate on the adsorbent, whereby the first Rohgasvolumenstrom (8) is converted into a first clean gas flow (10), which are deposited on the adsorbent oxidizable components at a later time by means of a Desorptionsvolumenstroms (9) are desorbed from the adsorbent, whereby the Desorptionsvolumenstrom (9) in a second Rohgasvolumenstrom (17) is converted, further wherein the second Rohgasvolumenstrom (17) through a first heat storage mass (20) is passed, whereby a temperature of the second Rohgasvolumenstroms (17) is increased, then the second Rohgasvolumenstrom (17) into a reaction chamber (15) is passed, in the located in said second Rohgasvolumenstrom (17) the oxidizable components are oxidized, whereby the second Rohgasvolumenstrom (17) in a second clean gas flow (21) is converted, wherein the second clean gas flow (21) thereafter at least partially through a second heat storage mass (22) is passed, whereby a temperature of the second heat storage mass (22) is lowered directed portion of the second clean gas volume flow (21), and the second clean gas flow (21) into a clean gas channel (24) is introduced, wherein a direction of flow of the first heat storage mass (20) the reaction chamber (15) and the second heat storage mass (22) is periodically reversed. To provide a method, which in comparison to three-chamber system having at least an equivalent high cleaning efficiency and at the same time is inexpensive, it is proposed according to the invention, the adsorbent is oxidizable at least during part of the duration of an operation of reversing the direction of flow as a buffer for a lot of components be used, with a related to the mass of adsorbent degree of loading at least a portion of the adsorbent with oxidizable components by the use of the adsorbent is higher than intermediate storage, than a maximum loading level without such use of the adsorbent as a temporary storage. The present invention further relates to a corresponding device (2, 2 ').