作者: A. Revil , P. Fernandez , D. Mao , H. K. French , E. Bloem
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摘要: Abstract A bioelectrochemical system was developed to facilitate biodegradation of an organic contaminant (propylene glycol) using a sandbox containing iron bar that crossed the capillary fringe. In days following introduction contaminant, strong negative electric potential anomaly (on order −35 50 mV) observed at top surface sandbox, evidencing transport electrons in metallic and degradation contaminant. The served transmit between electron donor (i.e., propylene oxygen used as terminal acceptor. Numerical modeling indicates source current associated with is position bar. monitoring this possibly can be monitor amount passing through electronic conductor radius influence cells respect