首页> 外国专利> SMART (SUBSURFACE MICROBIAL ACTIVITY IN REAL TIME) TECHNOLOGY FOR REAL-TIME MONITORING OF SUBSURFACE MICROBIAL METABOLISM

SMART (SUBSURFACE MICROBIAL ACTIVITY IN REAL TIME) TECHNOLOGY FOR REAL-TIME MONITORING OF SUBSURFACE MICROBIAL METABOLISM

机译:用于实时监测地下微生物代谢的智能(实时地下微生物活性)技术

摘要

A sensor that measures microbial activity as a surrogate value for the biologically active content of soil, aquatic sediments, or groundwater. An anode, such as a graphite anode that can support a biofilm, is connected by way of a resistor to a cathode. The anode is in contact with either soil, sediment, or immersed in the groundwater of a subsurface monitoring well. The biofilm generates electrons as a consequence of chemical interactions with materials such as acetate dissolved in the soil or sediment waters or groundwater. The cathode is located in soil or water adjacent to the ground, which can be aerobic, so that a reaction that consumes electrons occurs at the cathode. The current flowing through the resistor is a measure of the biological activity at the anode, which correlates with the flux of fuel such as acetate to the anode.
机译:一种传感器,用于测量微生物活性,作为土壤,水生沉积物或地下水的生物活性含量的替代值。可以支撑生物膜的阳极,例如石墨阳极,通过电阻器连接到阴极。阳极与土壤,沉积物接触或浸入地下监测井的地下水中。由于与溶解在土壤或沉积水或地下水中的醋酸盐等物质发生化学相互作用,生物膜产生电子。阴极位于靠近地面的土壤或水中,这可能是有氧的,因此在阴极发生消耗电子的反应。流经电阻器的电流是阳极处生物活性的量度,其与燃料(例如醋酸盐)流向阳极的流量相关。

著录项

  • 公开/公告号US2016230206A1

    专利类型

  • 公开/公告日2016-08-11

    原文格式PDF

  • 申请/专利权人 UNIVERSITY OF MASSACHUSETTS;

    申请/专利号US201615131421

  • 发明设计人 KELLY NEVIN;DEREK R. LOVLEY;

    申请日2016-04-18

  • 分类号C12Q1/02;

  • 国家 US

  • 入库时间 2022-08-21 14:38:42

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