0000000000912061

AUTHOR

Raúl Rodríguez-barreiro

showing 1 related works from this author

Towards a microbial thermoelectric cell.

2013

Microbial growth is an exothermic process. Biotechnological industries produce large amounts of heat, usually considered an undesirable by-product. In this work, we report the construction and characterization of the first microbial thermoelectric cell (MTC), in which the metabolic heat produced by a thermally insulated microbial culture is partially converted into electricity through a thermoelectric device optimized for low ΔT values. A temperature of 41°C and net electric voltage of around 250–600 mV was achieved with 1.7 L baker’s yeast culture. This is the first time microbial metabolic energy has been converted into electricity with an ad hoc thermoelectric device. These results might…

Anatomy and PhysiologyBioelectric Energy SourcesExothermic processlcsh:MedicineSaccharomyces cerevisiaeBacterial growthEthanol fermentationMicrobiologyIndustrial MicrobiologyEngineeringElectricityIndustrial EngineeringThermoelectric effectBioenergyAerobic digestionProcess engineeringlcsh:ScienceBiologyMicrobial MetabolismMultidisciplinarybusiness.industryChemistrylcsh:RTemperatureMicrobial Growth and DevelopmentBiotechnologyEnergy and PowerProcess EngineeringBiofuelBiofuelsFermentationEarth SciencesFermentationlcsh:QAlternative EnergyElectricityPhysiological ProcessesEnergy MetabolismbusinessResearch ArticleBiotechnologyDevelopmental BiologyPLoS ONE
researchProduct