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A New Safety Enrichment Method for Low Concentration Coal Bed Methane-proportion Pressure Swing Adsorption

机译:一种新的低浓度煤层甲烷比例升压吸附方法的新安全富集方法

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Based on pressure swing adsorption, Proportion Pressure Swing Adsorption (PPSA), a new enrichment method with high safety, was suggested to enrich the low concentration coal bed gas. A mixture of active carbon (CA) and carbon molecular sieve (CMS) was employed as adsorbent in the process of PPSA. The methane and oxygen in coal bed gas were adsorbed simultaneously. The experimental study was carried out in order to verify the feasibility of this method. The equilibrium adsorption characteristic of CA and CMS were tested. The results showed that both concentrations of CH_4 and O_2 in desorption gas could be controlled well and would not exceed the explosion limit in enrichment process by adjusting the mass ratio of CMS5/ACl. Therefore, the new method, PPSA, can guarantee the safety in enrichment of coal bed methane.
机译:基于压力波浪吸附,表明,一种新的富集方法,具有高安全性的新型富集方法,以丰富低浓度的煤层气。在PPSA过程中,使用活性炭(Ca)和碳分子筛(CMS)的混合物作为吸附剂。煤床气体中的甲烷和氧气同时吸附。进行实验研究,以验证该方法的可行性。测试Ca和CM的平衡吸附特性。结果表明,通过调节CMS5 / ACL的质量比,可以控制解吸气中的浓度的CH_4和O_2在解吸气中的浓度,并且不会超过富集过程中的爆炸极限。因此,新方法PPSA可以保证煤层甲烷富集的安全性。

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