Comparison of Biogas Concentrations in Various Environmental Conditions and Determination of the Optimal Period of Its Production at Environment Temperature

E. Demollari, E. Jojic, E. Sallaku, V. Vorpsi, E. Dodona, Olsid Mema
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Abstract

Albania, as a part of Western Balkan, has a variety of climate systems. This type of climate has a closed connection with waste treatment process. The biogas volume produced by the experimental environmental was 0.6 m3. The maximum methane concentration in biogas was reached at 55.8%/volume. The enclosed area (in oval circle) is another indicator of this system. This area extends over the period from 14.08.2018 until 26.08.2018 (12 days). The biomethane maximum biogas concentration reached 53.5 %/vol. up to 55.8% vol. The concentration drop was 4.2 %/vol. The main factor was the temperature. In the period of maximum durability the temperatures were minimum 30°C and maximum 42°C. Another contributing factor was the inoculum. Since inoculum was made from the treatment of four types of waste of different nature, then the concentration of microorganisms was higher. The purpose of the comparison between the two experiments is the sustainability of biogas production as well as the biomethane concentration biogas concentration on waste treatment. Environmental temperature was studied in three different regions of Albania: Shkodra, Tirana and Vlora. The observations showed that the region of Vlora has the longest period of average daily temperature (June 14th to October 1st).
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不同环境条件下沼气浓度的比较及环境温度下最佳产气期的确定
阿尔巴尼亚作为西巴尔干半岛的一部分,气候系统多种多样。这种气候类型与废物处理过程有着密切的联系。实验环境产生的沼气量为0.6 m3。沼气中甲烷的最大浓度为55.8%/容积。封闭区域(椭圆形圆圈)是该系统的另一个指标。该区域的期限为2018年8月14日至2018年8月26日(12天)。生物甲烷最大沼气浓度达到53.5% /vol。浓度降幅为4.2 %/vol。主要因素是温度。在最长耐久性期间,温度最低为30°C,最高为42°C。另一个促成因素是接种。由于接种物是由四种不同性质的废物处理而成,因此微生物的浓度较高。两个实验对比的目的是沼气生产的可持续性以及沼气浓度对废物处理的影响。研究了阿尔巴尼亚三个不同地区的环境温度:斯库德拉、地拉那和维拉。观测结果表明,伏洛拉地区日平均气温持续时间最长(6月14日~ 10月1日)。
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