000			03203nam a22003017a 4500
003			OSt
005			20220615010449.0
008			220419b ||||| |||| 00| 0 eng d
040			_bEnglish. _cCvSU-CCAT Campus Library. _erda.
050			_aUM TP 339 _bD45 2018
100			_ade los Reyes, Judith B., author _94767
245			_aBioenergy Generation in Dual-chamber Microbial Fuel Cell Using Meat Processing Wastewater as Substance Inoculated with Active Soil Microbes / _cJudith B. de los Reyes
260			_aRosario, Cavite : _bCavite State University-CCAT Campus, _c2018
300			_axi, 53 leaves : _billustrations ; _c28 cm
500			_aProject Design (BSEE)--Cavite State University-CCAT Campus, 2018.
504			_aIncludes bibliographical references and appendices.
520			_aDE LOS REYES, JUDITH U., Bioenergy Generation in Dual-chamber Microbial Fuel Cell Using Meat Processing Wastewater as Substance Inoculated with Active Soil Microbes. Design Project. Department of Engineering. Cavite State University-Cavite College of Arts and Trades Campus, Rosario, Cavite. June 2018. Adviser: Engr. Robert G. Briones. Technical Adviser: Engr. Gee Jay C. Bartolome The study was conducted from December 2017 to March 2018 to investigate the potential of a dual-chamber microbial fuel cell for bioenergy generation using active meat processing wastewater inoculated with active soil microbes. Laboratory experiments were conducted using fabricated dual-chamber microbial fuel cells with carbon fiber brushes and titanium mesh ns electrode materials. Dual-chamber MFC were fabricated and used in the experiments. Carbon fiber brushes and titanium mesh electrodes were selected as electrode materials, and the Dupont® Nafion 212 membrane was used as proton exchange membrane. Significant finding revealed that the MFCs with pure microbial inoculant in the anodic chamber can generate open circuit voltage as high as I, 136 m V using titanium mesh and 824 m V using carbon brush. Using meat processing wastewater, the open circuit potential of the MFCs were also high with a peak value of 1032 mV using carbon brushes and I 052 m V using titanium electrodes. The current profiles showed that using carbon brushes, values were highest when there is equal amount of wastewater and microbial inoculant in the anode which gave 1.38 mA. Meanwhile, with titanium mesh, current values were not significantly affected by the ratio of the constituents in the anode. In terms of power density, the MFC with titanium electrode gained higher values primarily because of the smaller surface area of the electrode in which the power density was normalized. The average power density for this setup was 1.223 W/m2 while the other MFC had was 0.3384.
650			_aMicrobial fuel cells. _94756
650			_aBioelectricity. _94768
650			_aBiomass energy. _94466
650			_aWaste product as electricity. _94769
650			_aDC - Microbial fuel cell. _94770
650			_aCarbon fiber brushes. _94771
700			_aBriones, John Robert G., adviser _94727
700			_aBartolome, Gee Jay C., critic _94719
942			_2lcc _cT/M/D _hTP 339 _iD45 2018 _kUM
999			_c1596 _d1596