不同吸附剂对使用MQ4气体传感器的垃圾桶上甲烷还原的影响

Julius T. Sese, Joseph Bryan G. Ibarra, K. D. De Castro-Cruz, John Kervin Borita, N. Catacutan, Kevin Jaranilla, Cedar Gabriel Wong
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引用次数: 3

摘要

垃圾分解会产生甲烷,如果检测不当可能会非常危险。本研究使用甲烷气体传感器(MQ-4)来检测鱼内脏废物分解中甲烷的存在。这项研究还比较了不同的吸附剂,如木炭、碳酸氢钠及其组合,以及它们在一个特殊设计的垃圾桶中吸附甲烷的能力。结果表明,经过5天的监测,3种吸附剂的甲烷浓度均有所降低。然而,碳酸氢钠的还原率最高,为13.16%。木炭对甲烷的还原率为0.53%,两种吸附剂的组合对甲烷的还原率为9.22%。此外,还考虑了吸附剂的用量。它的量增加一倍,减少的甲烷量也会增加一倍。因此,我们得出结论,碳酸氢钠是减少甲烷的可能替代品。
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Effects of different adsorbent on methane reduction on a garbage bin using MQ4 Gas Sensor
Garbage decomposition that produces methane could be very dangerous if not detected properly. This study used methane gas sensor (MQ-4) to detect the presence of methane from the decomposition of fish guts waste. This study also compared different adsorbents such as charcoal, Sodium Bicarbonate and its combinations, their ability to adsorb methane in a specially designed garbage bin. Results showed that after five days of monitoring, all the three tested adsorbents showed reduction in the concentration of methane. However, Sodium Bicarbonate gives the highest percent of reduction at 13.16 %. Charcoal showed 0.53% methane reduction and the combination of the two adsorbent showed 9.22% reduction of methane concentration. In addition, the amount of adsorbent was also considered. Doubling its amount also doubles the amount of methane reduced. We therefore conclude that Sodium Bicarbonate is a possible alternative to reduce methane.
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