Nano catalytic sulphur removal process is surveyed in this research, experimentally. Qualification of sulphur removal from liquefied natural gas process is investigated due to catalytic bed geometries which contains nano ferrite oxide and operation conditions. The purpose of experiments is finding the conditions which lead to the lowest amount of sulphur content in the out stream. Fraction of sulphur content in the outlet to the amount of sulphur in the inlet is considered as the operation criteria in this work. The effects of operating conditions such as operating temperature and pressure, the amount of sulphur concentration in feed stream, size of nano catalyst, the bed diameter and bed height are investigated. The different correlations with high confidence factor are introduced in this paper. Results show the diameter changes from 1-2 cm and the ratio of C/C0 changes from 0.05-0.03.
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机译：本研究对纳米催化脱硫工艺进行了实验研究。由于包含纳米铁氧体氧化物和操作条件的催化床几何形状，研究了液化天然气工艺中脱硫的资格。实验的目的是找到导致流出物中硫含量最低的条件。出口中硫含量相对于入口中硫含量的分数被认为是这项工作的操作标准。研究了操作条件如操作温度和压力，进料流中硫浓度的量，纳米催化剂的尺寸，床直径和床高度的影响。本文介绍了具有高置信度因子的不同相关性。结果显示直径变化为1-2 cm，C / C 0 的比例变化为0.05-0.03。
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