人工质量法校正沼气厂相对湿度

Qoriatul Fitriyah, Muhammad Prihadi Eko Wahyudi, M. Grömping
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引用次数: 0

摘要

为了使沼气装置达到最佳工作状态,需要给予一定的相对湿度设置。它是沼气装置中活性炭吸附废气的主要因素之一,特别是对硫化氢的吸附。硫化氢是沼气厂中出现的一种副气体,需要经过多种工艺才能去除,包括生物质过滤最后阶段通常出现的活性炭过滤器,对金属部件具有毒性和腐蚀性。今天,空气湿度计已经发现相当多的市场上。然而,该装置的准确性需要在实验室中进一步验证,特别是当仪表必须面对腐蚀性气体(如H2S)时。因此,对廉价、高效的相对湿度测量进行校准是非常必要的。该方法将比较RH读数和基于设备设置参数的RH计算,这些参数以气体成分混合物、流动持续时间、压力、体积流量和温度的形式出现。本文讨论了一种实用、简单、成本低廉的相对湿度计算和测量校准方法,有望用于沼气厂的低资金研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calibration of Relative Humidity with Artificial Mass Method in Biogas Plant
Biogas plant needs to be given specific amount of relative humidity setting in order to make it work optimally. It is one major factors of gas waste adsorption through final process of activated carbon in biogas plant, especially for hydrogen sulfide. Hydrogen sulfide is a side gas appeared in biogas plant which has to be removed by various processes, including the presence of activated carbon filter that usually appeared on last stage of biomass filtration process which is poisonous and corrosive to the metal parts. Today, air humidity gauges have been found quite a lot on the market. However, how accurate the device is, needs to be further proven in the laboratory, especially when the gauges have to face corrosive gases such as this H2S. Therefore, calibration for cheap and efficient relative humidity measurement is very necessary. The method will use comparison between RH reading and RH calculation based on parameters of plant settings in the form of gas composition mixture, flow duration, pressure, volumetric flow rate, and temperature. This paper will discuss how to calculate and measure calibration for relative humidity that is practical, simple and does not cost much so that it is expected to be used for low-funding research in biogas plant.
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