利用气体和温度传感器建造沼气池

Sayo A. Akinwumi, Blessing N. Oscar, N. Mastorakis, O. W. Ayanbisi, Olutade F. Oladapo, E. I. Ogunwale
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引用次数: 0

摘要

该项目的重点是建造一个沼气池。沼气是有机物(包括食物残渣、动物粪便、污水以及农场和工厂产生的废物)在厌氧分解过程中产生的气体混合物。环境退化是主要原因之一,它已成为欠发达地区环境健康和经济的最大威胁。但随着沼气的发现和应用,大多数问题都迎刃而解了。沼气是一种通过厌氧消化过程从生物质中获得的气体燃料。该项目的目标是建立一个沼气池,利用动物粪便产生沼气,供圣约社大学使用。选定建造的沼气池是一个利用牛粪生产沼气的桶鼓式沼气池。牛粪一共进行了 14 天的测试,在此期间观察了产气和消化的天数,然后用气体和温度传感器对沼气进行了测试,并确认检测到了气体和温度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Construction of a Biogas Digester Using Gas and Temperature Sensor
The construction of a biogas digester is the main emphasis of this project. Biogas is a mixture of gases created during the anaerobic decomposition of organic material, including food waste, animal waste, sewage, and waste from farms and plants. One of the major causes is environmental degradation, which has emerged to be the greatest threat to the health of the environment and the economy of the underdeveloped areas. But with the discovery and application of biogas which is a gaseous fuel obtained from biomass by the process of anaerobic digestion, most problems are resolved. The project’s aim is to create a biogas digester that leverages animal manure to generate biogas for usage at Covenant University. The digester selected for construction is a barrel drum digester for the production of biogas using cow dung. The cow dung was tested for a total of 14 days, during which the days of gas production and digestion were observed, and the biogas was then tested with the gas and temperature sensor and was confirmed to detect gas and temperature.
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