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Aerobic in situ stabilization of a completed landfill

机译:有氧原位稳定完成的垃圾填埋场

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Active aeration was tested as a way to accelerate the conversion of a landfill body to the status of low biological activity. During the test, the development of the changes within the landfill body was documented through changes in the composition of landfill gas, the temperature, and the in situ respiration rate. The biological activity, determined by the mean in situ respiration rate, was high in the area where active aeration was applied. Due to high biological activity, temperature increased up to 70 deg. A geophysical survey of the landfill showed that the electrical resistivity of the landfill body decreased as stabilization proceeded.
机译:主动通气被测试为加速垃圾填埋身体转化为低生物活性的状态的一种方式。在测试期间,通过垃圾填埋气体,温度和原位呼吸率的组成的变化,记录了垃圾填埋体内变化的发展。通过原位呼吸速率的平均值确定的生物活性在应用有源通气的区域中高。由于生物活性高,温度高达70℃。垃圾填埋场的地球物理调查表明,随着稳定化的情况下,垃圾填埋体的电阻率降低。

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