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Biogas measuring device and method for measuring biogas volumes

机译:沼气测量装置及测量沼气量的方法

摘要

The invention relates to a biogas measuring device comprising a bioreactor (9); a gas volume measuring appliance (2) which is connected to the bioreactor (9) in a communicating manner by means of a gas line (11) for biogas; a stirring machine (10) guided in the bioreactor in a gas-tight manner, and a measurement, control and evaluation unit for controlling the biogas measuring device and determining the gas volume (V) produced in the bioreactor according to gas volumes (ΔV) of consecutive measuring cycles, measured by means of the gas volume measuring appliance (2). The inventive biogas measuring device is characterized in that the bioreactor (9) is outwardly sealed in a gas-tight manner in such a way that all gas volumes produced in the bioreactor (9) can be recorded by the measuring chamber (3) of the gas volume measuring appliance (2); a cooling element is provided on the gas line (11) for the biogas; and the measurement, control and evaluation unit is used, in each measuring cycle, to introduce a gas quantity into the measuring chamber (3) by opening the gas inlet valve (12) until a defined threshold gas pressure is reached, to close the gas inlet valve (12) when a defined threshold gas pressure is reached, to measure the temperature (Ti) in the measuring chamber (3), to open the gas outlet valve (14) for a relief time, and to close the gas outlet valve (14), and to control the biogas measuring device, in such a way that the cooling element is controlled in order to reduce the water vapor concentration in the biogas by condensation, and the measured gas volume (ΔV) of a measuring cycle is standardized to standard conditions.
机译:本发明涉及一种包括生物反应器( 9 )的沼气测量装置。气体体积测量设备( 2 ),该气体测量设备通过气体管线( 11 )与生物反应器( 9 )连通连接。 )用于沼气;气密地在生物反应器中引导的搅拌机( 10 ),以及用于控制沼气测量装置并确定在生物反应器中产生的气体量(V)的测量,控制和评估单元根据连续测量周期的气体体积(ΔV)进行测量,该测量借助气体体积测量仪( 2 )进行测量。本发明的沼气测量装置的特征在于,生物反应器( 9 )以气密的方式向外密封,使得在生物反应器( 9 >)可以通过气体体积测量设备( 2 )的测量室( 3 )进行记录;在沼气的气体管线( 11 )上设有冷却元件;并在每个测量周期中使用测量,控制和评估单元,通过打开进气阀( 12 )将气体引入测量室( 3 ) )直到达到定义的阈值气压,在达到定义的阈值气压时关闭进气阀( 12 ),以测量测量室( 3 ),打开排气阀( 14 )一段安全时间,然后关闭排气阀( 14 ),并控制沼气测量装置,其方式是控制冷却元件以便通过冷凝降低沼气中的水蒸气浓度,并且将测量循环的测量气体体积(ΔV)标准化为标准条件。

著录项

  • 公开/公告号US8012741B2

    专利类型

  • 公开/公告日2011-09-06

    原文格式PDF

  • 申请/专利权人 OTTMAR SCHLAFER;

    申请/专利号US20050575631

  • 发明设计人 OTTMAR SCHLAFER;

    申请日2005-09-28

  • 分类号C12M1/36;C12M1/34;C12M3;

  • 国家 US

  • 入库时间 2022-08-21 18:09:44

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