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Comparing of mesophilic and thermophilic anaerobic fermented sewage sludge based on chemical and biochemical tests

机译:基于化学和生化测试的中温和嗜热厌氧发酵污泥的比较

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In the course of anaerobic sludge treatment (digestion) biogas can be acquired from the sludge, its use for energeticpurposes has a determinativesignificance in a wastewater treatment plant. The biogas,produced in the course of decomposition,covers – among others – a considerableportion of the heat- and electric energy consumption in a wastewater treatment plant, thus an increase of the biogas volume is an outstanding task. It is possible to increase the biogas volume if the anaerobic digestion processes are thoroughly well known. The anaerobic digestion process is determined by temperature, substrate co mposition, loading, and also b ytoxic substances that might be present. In our experimental work the thermophilic and mesophilic full scale anaerobic bioreactors of a communal sewage treatment plant were tested by applying usual control parameters and enzyme activity tests
机译:在厌氧污泥处理(消化)过程中,沼气可以从污泥中获取,其用于高能目的在废水处理厂中具有决定性的意义。在分解过程中产生的沼气,除其他外,覆盖了废水处理厂相当一部分的热能和电能消耗,因此增加沼气量是一项艰巨的任务。如果厌氧消化过程是众所周知的,则有可能增加沼气量。厌氧消化过程取决于温度,底物组成,负载量以及可能存在的毒性物质。在我们的实验工作中,通过应用常规控制参数和酶活性测试,对公共污水处理厂的嗜热和中温全规模厌氧生物反应器进行了测试。

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