以木茎为原料制备的活性吸附剂的理化性能和吸附性能

Rakhimjon Paygamov, I. Eshmetov, S. Kuldasheva, H. Akbarov, Feruza Jurayeva
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引用次数: 0

摘要

在不同温度和水蒸气条件下,从梧桐树、灰树、樱桃、杏、坚果茎中提取了不同温度和水蒸气条件下的吸附剂,并测定了它们的理化性能和吸附性能。结果表明,梧桐树吸附剂的吸附效率和吸附性能明显高于其他树种。可以看出,将得到的煤吸附剂从400℃加热到800℃,即热活化,其孔隙体积几乎增加了一倍。吸附剂的吸附性能测定在接下来的订单,为热活化煤温度400◦C: PTAC > AshTAC > ATAC > ChTAC > NTAC,为热活化煤温度600◦C: PTAC > AshTAC > ChTAC > NTAC > ATAC,为热活化煤温度800◦C: PTAC > AshTAC > ChTAC > ATAC > NTAC,被激活的激活煤炭与水蒸气在800◦C: PTAC > AshTAC > ATAC > NTAC > ChTAC。
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Physico-chemical and adsorption properties of activated adsorbents obtained on the basis of wood stems
As a result of the investigations, the adsorbents of activated coal at different temperatures and with water vapor were extracted from plane-tree, ashtree, Cherry, Apricot, nut stems were received and their physico-chemical and adsorption properties were determined. The results have shown that the adsorption efficiency and adsorption properties of the plane-tree adsorbents are significantly higher than those of other trees. It can be seen that heating the resulting coal adsorbents from 400 to 800◦C, that is, thermal activation, almost has double their pore volume. The adsorption properties of adsorbents were determined in the following orders, for thermally activated coals at a temperature 400◦C: PTAC > AshTAC > ATAC > ChTAC > NTAC, for thermally activated coals at a temperature 600◦C: PTAC > AshTAC > ChTAC > NTAC > ATAC, for thermally activated coals at a temperature 800◦C: PTAC > AshTAC > ChTAC > ATAC > NTAC, for activated coals that have been activated with water vapor at 800◦C: PTAC > AshTAC > ATAC > NTAC > ChTAC.
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