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首页> 外文期刊>Energy sources. Part A, Recovery, utilization, and environmental effects >An Application of Solar Energy Storage in the Gas: Solar Heated Biogas Plants
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An Application of Solar Energy Storage in the Gas: Solar Heated Biogas Plants

机译:太阳能在天然气中的应用:太阳能加热沼气厂

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Temperature is an important factor that may affect the performance of anaerobic digestion. Therefore, biogas plants without heating system work only in warmer regions for the whole year. In regions with extreme temperature variations, for instance in Turkey, the biogas plant should be built with heating system. One of the methods is to use solar energy to increase the reactor temperature. In this study, solar heated biogas plants were reviewed. Furthermore, the optimization of insulation thicknesses and solar energy systems for 5 m~3 biogas reactor were carried out for two different cities for three different climatic zones in Turkey. Based on the obtained results, the ratio of annually produced biogas used for reactor heating was calculated for each city, with and without solar heating system. Obtained results indicate that the biogas consumption for reactor heating is decreased by approximately 19% for average of six cities when solar heating system is used. This means that available biogas potential would be increased.
机译:温度是可能影响厌氧消化性能的重要因素。因此,全年没有供暖系统的沼气厂仅在温暖地区工作。在温度变化剧烈的地区,例如在土耳其,沼气厂应建有供暖系统。一种方法是使用太阳能来提高反应堆温度。在这项研究中,太阳能加热沼气厂进行了审查。此外,针对土耳其三个不同气候区的两个不同城市,对5 m〜3沼气反应器的隔热层厚度和太阳能系统进行了优化。根据获得的结果,计算有无太阳能采暖系统的每个城市每年用于反应堆供热的沼气比例。获得的结果表明,使用太阳能加热系统时,六个城市的平均反应堆供热沼气消耗减少了约19%。这意味着可用沼气潜力将增加。

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