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A Review Paper on GSM Based Water Salinity Tester
Abstract
ABSTRACT
In this paper, we will learn the basic principles behind the project and the element that
resources or affect the assignment. The challenge is a GSM-primarily based water salinity
tester that measures the total dissolved salts or TDS. The terminals in the water gather and
fetch the facts into Arduino which in addition processes the information and makes use of
mathematical formulation to find out the TDS price and sends the statistics thru the GSM
module and displays the corresponding facts on the LCD panel in the actual-time. The
Arduino acts as a microprocessor and controls the waft of information from the terminals to
the LCD/GSM module.
Keywords: Arduino, GSM, GSM modem, Monitoring gadget Saline tester, TDS,
References
REFERENCES
. Kamaleddin, S. et al, design and
manufacture of TDS measurement
and control system for water, Turkish
journal of electrical engineering, vol
(24), pp 2580-2608, 2016.
. Prof. Thakre, A. et al, development
of RO water purifier with digital TDS
meter, international journal of
advanced research in electronics and
communication engineering
(IJARECE), vol (6), pp 131-134,
. Alexandra Ivan. L, et al, battery
powered cost-effective TDS logger
intended for water testing, Romanian
journal of physics, vol (56), pp 540-
, 2011.
. Nchimuna, C. wireless sensor
network for water quality monitoring,
application IEEE, vol (97), pp 4244-
, 2009.
. Raun yui,et al, a water quality
monitoring system based on wireless
sensor network and solar power
supply, automation, control and
intelligent system, vol (24), pp
, 2011.
. Islam Rafique, M. et al, a study on
total dissolved solids and hardness
level of drinking water in
Bangladesh, American journal of
applied chemistry, vol (4), pp
, 2016.
. N.R.G.walton, electrical conductivity
and total dissolved solids and what is
their precise relationship, Elsevier,
vol (72), pp 275-292, 1989.
. Lambrou P, et al, a low-cost system
for real time monitoring system
assessment of potable water quality at
consumer sites, KIOS Research
Center, 2010.
. Devi Meneka. B, et al, real time system
for determination of drinking water
quality, International Journal of
Computer Science and Mobile
Computing, Vol (3), pp 732- 740,
. Hayashi Masaki, Temperature-
Electrical Conductivity Relation of
Water for Environmental Monitoring
and Geophysical Data Inversion,
Environmental Monitoring and
Assessment, vol (96), pp 119–128,
. Schoenholtz Stephen, et al, Effects of
Total Dissolved Solids in Streams of
Southwestern Virginia, Virginia
Water Resources Research Center, pp
-55, 2006.
. Islam Rafique. M, et al, A Study on
Total Dissolved Solids and Hardness
Level of Drinking Mineral Water in
Bangladesh, American Journal of
Applied Chemistry, vol (4), pp 164-
, 2016.
. Mintz B, et al, Background document
for development of WHO Guidelines
for Drinking-water Quality,
Guidelines for drinking-water
quality, 2nd ed, Vol (2), pp 1-2,
. Rusydi F. Anna, Correlation between
conductivity and total dissolved solid
in Various type of water: A review,
Research Center for Geotechnology,
LIPI, Bandung, Indonesia, vol (118),
pp 2-5, 018.
. Salillas. Q, et al, Water Refilling
Station Monitoring System using
TDS meter with SMS, International
Conference on Advances in Science,
Engineering and Technology
(ICASET-17), pp 76-77, 2017.
. Aziz Abdul, et al, Remote Water
Quality Monitoring System using
Wireless Sensors, Computer and
Information Science Department, pp
-152, 2008.
International Journal of Analysis of Electrical Machines
Vol. 6: Issue 1
www.journalspub.com
IJAEM (2020) 10-18 © JournalsPub 2020. All Rights Reserved Page 10
. Akhtar. M. M. et al, Identification of
Contamination Sources and TDS
Concentration in Groundwater of
Second Biggest City of Pakistan,
International Journal of
Environmental Science and
Development, Vol (4), pp 3, June
DOI: https://doi.org/10.37628/ijaem.v6i1.1355
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