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Journal of Clinical and Experimental Toxicology | Volume: 2
December 03-04, 2018 | Dubai, UAE
International Conference on
6
th
International Conference on
Toxicology, Clinical Toxicology & Pharmacology
Recycling & Waste Management
Joint Event
&
Proposed design of greywater treatment system in Batangas State University JPLPC Malvar campus
Lavinia Mercado, Carla Antonette Aranez
and
Lisbeth Valiente
Batangas State University, Philippines
P
otable water is becoming a rare resource in the world. It
is therefore essential to reduce surface and ground water
use in all sectors of consumption, to substitute freshwater with
alternativewater resources and to optimizewater use efficiency
through reuse options. A greywater comes from sinks, shower,
baths, and washing machine or simply defines as any domestic
wastewater, excluding sewage. Batangas StateUniversityMalvar
Campus has a total population of 5233, including students
from college, elementary, faculties, employee and personnel.
Increasing population of Bat state UMalvar campus can be lead
to water shortage and will cause high consume billing of water
which is cost an average monthly bill of 6,006 PhP according
to their accounting office. Batangas State University Malvar
produce high effluent of greywater with a total discharge of
57.4 gpmand as regard to our major, the researchers decided to
design a greywater treatment system in Bat state U Malvar for
having a new source of water for flushing toilet in the campus.
The researchers get the total effluent of Bat state U Malvar by
usingDrainageFixtureUnit of thecampus. Thismethodprovides
a simple, inexpensive, and practical means of estimating flow,
Based on the Result of Laboratory Analysis (ROLA) issued
by Optimal Laboratory Incorporated, the Total Suspended
Solid(TSS),Total Coliform Count(TCC),and Biochemical Oxygen
Demand(BOD) exceeded the effluent standards set by DENR.
Therefore, the greywater treatment system is needed. The
researchers design a Greywater Treatment System where the
treatment process to be applied is filtration and chlorination
and to be constructed in Batangas State University JPLPCMalvar
Campus with the capacity of 6.52m
3
.
e:
mercadolavinia@gmail.comToxicology 2018 & Recycling 2018, Volume 2
DOI: 10.4066/2630-4570-C1-003