Abstracts Book - IMRC 2018

• SC2-O030
ANANAS COMOSUS CULTIVATION IN ORDER TO OBTAIN
BIOELECTRICITY.
Rudy Solís Silvan 1 , Eddy Priego Alvarez 2 , Jose Angel Reyes Bautista 2 , Carlos Fabian Perez de la
Cruz 2 , Isidro Jimenez Leon 3 , Marcelino Rodriguez Cruz 1 , Jose Luis Geronimo Perez 1
1
Instituto Tecnologico Nacional De Mexico/Instituto Tecnológico Superior de Comalcalco,
environmental, Mexico. 2 Instituto Tecnologico Nacional De Mexico/Instituto Tecnológico
Superior de Comalcalco, mechatronic, Mexico. 3 Instituto Tecnologico Nacional De
Mexico/Instituto Tecnológico Superior de Comalcalco, Academic direction, Mexico.
The electricity obtaining through fossil fuel like hydrolectric reservoir,
thermoelectric plants and nuclear, all this causes an environmental global
problem. Faced with this problem this study evalueted the biolectricity
production using Ananas comosus crops, these were cultivated with the use of
the land of savanna individually in twenty rectangular experimental units of 40
centimeters by 60 centimeters, two electrodes were placed for each
experimental unit in order to measure the current and the voltage generated by
the biogeochemical process between the culture medium and the environment.
The voltage and current were measure off with a steren MR multimeter. Likewise,
a series circuit was used to measure the current. The 20 experimental units were
divided into five groups, having a total of four repetitions per treatment. A
different fertilizer (chemical and biological) was applied to three groups for the
purpose of evaluating if there is an increase in the production of voltage and
current, leaving two control groups (Ananas comosus without fertilizer and soil
without Ananas comosus or fertilizer). The experiment results were evaluate in
the statist pack STATGRAPHIC CENTURION. The kruskal wallis analysis didn´t
show a significate statist diferents(p˃0.05) between the voltaje median ,
however in the current there were significant statistical differences (P = 0.004)
with 95% confidence. A maximum average of 13,325 mA and a minimum of 0.2
mA was found. The bioelectricity generated by this method is an alternative with
great application potential
Keywords: Biomass, Bioelectricity, Sustainable
Presenting authors email: cerra.priego@gmail.com