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Methane storage in wet activated carbon: Studies on the charging/discharging process

机译:湿式活性炭中的甲烷存储:充电/放电过程的研究

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摘要

The dynamic behavior of charging/discharging methane onto/from water-preloaded activated carbon was studied at different conditions. It was shown that methane hydrate could form quickly in the porous space of carbon at the condition of 275 K and pressures beginning with 4.12 MPa. The stored methane could be continuously released at a constant flowrate for the whole discharging process. The packing density of 0.6 g cm(-3) seemed optimal for the wet carbon tested, which yielded 152 V/V of released methane at charging pressure of 8 MPa. The thermal effect observed on the charging/discharging process was low and did not affect the effective storage capacity. (C) 2005 Elsevier Ltd. All rights reserved.
机译:研究了在不同条件下向/从预载水的活性炭中进/出甲烷的动力学行为。结果表明,在275 K和4.12 MPa开始的压力下,甲烷的水合物可以在碳的多孔空间中快速形成。在整个排放过程中,储存的甲烷可以恒定的流速连续释放。 0.6 g cm(-3)的堆积密度似乎对于测试的湿碳来说是最佳的,在8 MPa的加气压力下产生了152 V / V的释放甲烷。在充电/放电过程中观察到的热效应低,并且不影响有效存储容量。 (C)2005 Elsevier Ltd.保留所有权利。

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