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Influence of energy characteristics of biogas obtained by anaerobic fermentation of animal proteins on combustion performance

机译:动物蛋白厌氧发酵得到沼气的能量特性对燃烧性能的影响

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In the worlds need for renewable energies environmental friendly solution, biogas production and usage has become one major interest topic which needs adjustments and research for every application domain. The tests carried out in a digester with anaerobic fermentation of animal protein revealed a gas which mainly contains CH4 and CO2. After an initial research of the biogas combustion using a burner with automatic drawing in air, which yielded good results, a burner using diffusion technology was also tested. Due to the fact that this is a feature of medium and large flows, switching to this technology also lead to a theoretical study of the combustion, in order to bring out the constructive solutions for burners and improve their settings. This paper highlights the strong connection between the biogas obtained by anaerobic digestion of the animal protein coming from leather industry and the main characteristics of the combustion process behavior.
机译:在世界对可再生能源的环境友好解决方案的需求中,沼气的生产和使用已成为一个重要的主题,需要针对每个应用领域进行调整和研究。在对动物蛋白进行厌氧发酵的蒸煮器中进行的测试显示,该气体主要包含CH 4 和CO 2 。在使用带有自动吸入空气的燃烧器对沼气燃烧进行初步研究之后,该方法产生了良好的效果,还对使用扩散技术的燃烧器进行了测试。由于这是中等流量和大流量的特性,因此切换到该技术还可以对燃烧进行理论研究,从而为燃烧器提供有益的解决方案并改善其设置。本文强调了厌氧消化皮革工业动物蛋白得到的沼气与燃烧过程行为的主要特征之间的紧密联系。

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