Bibliographic citations
Cornejo, E., (2012). Producción de biogás a nivel de laboratorio, utilizando estiércol de ganado vacuno y residuos agroindustriales (torta de piñón, cascarilla de arroz y rumen de ganado vacuno) en la E.E.A. El Porvenir - Distrito de Juan Guerra [Tesis, Universidad Nacional de San Martín. Fondo Editorial]. http://hdl.handle.net/11458/2272
Cornejo, E., Producción de biogás a nivel de laboratorio, utilizando estiércol de ganado vacuno y residuos agroindustriales (torta de piñón, cascarilla de arroz y rumen de ganado vacuno) en la E.E.A. El Porvenir - Distrito de Juan Guerra [Tesis]. PE: Universidad Nacional de San Martín. Fondo Editorial; 2012. http://hdl.handle.net/11458/2272
@misc{renati/1059078,
title = "Producción de biogás a nivel de laboratorio, utilizando estiércol de ganado vacuno y residuos agroindustriales (torta de piñón, cascarilla de arroz y rumen de ganado vacuno) en la E.E.A. El Porvenir - Distrito de Juan Guerra",
author = "Cornejo Ramirez, Erik",
publisher = "Universidad Nacional de San Martín. Fondo Editorial",
year = "2012"
}
This work carried out with the waste from cattle manure and agro-industrial waste (pinion cake, rice bran and rumen of cattle) to produce biogas. The digesters were plastic bottles of 1750 ml. The biogas produced was collected by water displacement, calibrated plastic bottles of 260 ml, during 35 days. The main objective was to determine the optimum mix of manure and agro-industrial waste in biogas production. Also to evaluate the generation of biogas manure mixes with agro-industrial waste. This work was conducted in the premises of the EEA El Porvenir - INIA, located in the district of Juan Guerra, Province of San Martín. To evaluate the performance of working with mixtures combinations in weight (%) substrate: co-substrate (100:0, 80:20, 50:50 and 40:60), with dilutions,% mixture:% water (w / w) 50:50; 33.3:66.6, and 25:75 respectively. It´s determined that biogas production is higher with the mixture, manure: cake pinion (50:50) and the dilution ratio, mixture: water (50:50), but having a methane content of 5.5%. The increased production of methane obtained with cake pinion was 20.7%, with the mixture, manure: cake pinion (20:80) and the dilution ratio, mixture: water (25:75), producing 1248 ml biogas / kg of mixture, resulting in a low quality biogas, is unfeasible for combustion and / or energy production.Rice hulls provides favorable conditions for generating biogas production of biogas 2735 ml of biogas/ kg of mixture, with the mixture, substrate: co-substrate (50:50), with the dilution, mix: water ( 33.3:66.6), presenting a methane content (48.9%). Like the rumen of cattle, generating a production of 1128 ml of biogas / kg of mixture to the mixture, substrate: co-substrate (50:50), with the dilution, mix: water (50:50) presenting a methane content of (47.2%). Keywords: Biogas, digesters type Batch, biogas production.
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