The influences of substrate, concentration and salinity on electricity production in MFCs
were investigated. Deep-sea exoelectrogenic bacterium Shewanella sp. DS1 could not …

Electricity-generating bacteria have attracted intensive studies in recent years as an
important resource for energy generation. In this investigation, a bacterial isolate capable of …

A microbial fuel cell is a bioelectrochemical system that converts chemical energy in organic
compounds to electrical energy through catalytic reactions of microorganisms under …

The influences of the anodic substance, concentration, pH and temperature on the electricity
production by MFCs were discussed. The lactic sodium was better than acetic sodium or …

Water and energy shortages, has increased the need for methods that can provide low
energy for desalination of sea water. Microbial desalination cell is one of the most important …

abstract The idea of using marine bacteria to desalinate seawater and simultaneously
generate electricity from it as a sustainable resource has been investigated. To obtain …

MICROBIAL DESALINATION CELL: A SUSTAINABLE APPROACH FOR BRACKISH
WATER DESALINATION AND WASTEWATER TREATMENT WITH BIOELECTRICITY …

Petroleum refinery wastewater (PRW) contains a high concentration of pollutants and may
pose serious environmental risks. Conventional treatment methods of PRW are energy …

Petroleum refining, not only consumes large quantities of water but also generates large
quantities of wastewater. Large quantities of petroleum refinery wastewater are generated …

Increasing the ionic strength of the electrolyte in a microbial fuel cell (MFC) can remarkably
increase power output due to the reduction of internal resistance. However, only a few …