Ground water is the principal source of drinking water in our country and indispensable source of our life. The quality of water is of vital concern for mankind, since it is directly linked to human welfare. The present work investigated various physiochemical parameters of villages of Visnagar taluka of Mehsana district, Gujarat. Because of north Gujarat is affected by various water quality parameters like fluoride is high in many parts of north Gujarat. A total of 50 water samples will be collected from the tube wells for post-monsoon season and analyzed for the various physiochemical parameters like pH, electrical conductivity (EC), nitrate (NO3-), magnesium (Mg2+), Calcium (Ca2+), hardness, and alkalinity, sulphates (SO42-), chloride (Cl-), sodium (Na+), potassium (K+), Fluoride (F-) and total dissolved solids (TDS). The result were compared with standards prescribed by IS: 10500(2012). It was found that the ground water contaminated at 16 sampling sites namely Khadalpur, Chhogala, Sunshi, Denap, Jetalvasana, Tarabh, Visnagar Rural, Bhalak, Kamalpur (GOT), Kamalpur (KHA), Kansa, Magaroda, Pudgam, Sadutala, Thalota, Vadu while other 34 sampling sites showed physiochemical parameters within the water quality standards and quality of water is good so it is fit for drinking uses.
FEA Based Level 3 Assessment of Deformed Tanks with Fluid Induced Loads
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Analysis of groundwater quality of visnagar taluka, mehasana district gujarat
1. Analysis of Groundwater Quality of Visnagar
Taluka, Mehsana District, Gujarat
1
L.D. COLLEGE OF ENGINEERING
WATER RESOURCES MANAGEMENT
DEPARTMENT
PRESENTED BY
D.S.GOSWAMEE V.H.PANCHOLI
ME-WRM ME-WRM
L.D.COLLEGE OF ENGINEERING L.D.COLLEGE OF ENGINEERING
2. ï± Introduction
ï± Objective of Work
ï± Literature Review
ï± Scope of Work
ï± Methodology
2
Contents
ï± Data Collection
ï± Analysis of Drinking Water
ï± Analysis of Irrigation Water
ï± References
4. ï Ground water quality is indicated by the
amount of dissolved or suspended inorganic
or organic material in it through which it
acquires physical and chemical characteristics.
ï Under natural condition, the composition of
ground water depends on the composition of
rainwater, soil strata and aquifer materials
and changes with time and space.
4
ï± What is Ground Water Quality
5. âą The main objective of this work is to study about the
ground water quality of Visnagar Taluka.
âą To measure the ground water quality for post-
monsoon and it compares with IS.
âą Analysis of ground water quality for drinking and
irrigation purpose.
âą To measure ground water quality changes from pre-
monsoon to post-monsoon.
5
ï± Objective of work
8. 1) Collection of pre-monsoon & post-monsoon ground water
quality (GWQ) data.
2) Analysis of pre-monsoon and post monsoon ground water
quality (GWQ) data for the year of 2013-14 and compare with
year 2014-15 for drinking water.
3) Analysis of ground water quality data for last 5 years and 9
years for drinking water and Irrigation.
4) Review of ground water by using USSL classification SAR for
irrigation water.
5) Detail study of concentration of fluoride ion in ground water
sample in the study area.
8
ï±Scope of Work.
9. ïCollect 50 Ground Water samples for post-
monsoon of the study area.
ï Now, Each Collected Samples are determine by
17 different parameters of physiochemical
process.
ïThese result is compared with standard value
prescribed by Indian Standard.(IS:10500-2012)
ïMainly two test are carried out for ground water
quality
(1) Physical Test (2) Chemical Test
9
ï±Methodology
10. Sr,No.
Quality Parameter Method/ Instruments used
1 Temperature Thermometer
2 Colour Platinum Cobalt Scale
3 Turbidity Jackson Turbidimeter/
Nephelometric method
4 Test and Odour Sense of test & Threshold odor number
10
1) Physical Test
11. (2) Chemical Test
Sr. No. Quality Parameter Method/ Instruments used
1 PH PH meter
2 Electrical Conductivity (EC) Conductivity meter
3 Total Dissolved Solids (TDS) TDS meter
4 Total Alkalinity (TA) Titration Method
5 Calcium Hardness (CaH) EDTA titration
6 Magnesium Harness (MgH) EDTA titration
7 Total Hardness (TH) EDTA titration
8 Chloride (Cl-) Argentometric Titration
9 Fluoride (F-) U.V.Spectrometer
10 Sodium (Na+) Flame photometric method
11 Potassium(K+) Flame photometric method
12 Sulphate, (SO 4
2- ) U.V.Spectrometer
13 Nitrate U.V.Spectrometer
11
12. Sr.
No
Data Source
1 Groundwater data for drinking
water
http:/www.indianwater.gov.in
2 Groundwater data for irrigation
purpose
State Water Data Centre,
Gadhinagar
3 Rainfall data State Water Data Centre,
Gadhinagar
12
ï±Data Collection
13. Detail of Maximum and Minimum values of Groundwater Quality Parameter
13
ï± Analysis of Drinking Water
Sr. No. Quality Parameter Minimum Maximum IS
1 PH 7.0 8.5 6.5-8.5
2 Total Dissolved Solids
(TDS)
284 2662 500-2000
3 Total Alkalinity (TA) 88 780 200-600
4 Calcium Hardness (CaH) 2.00 273 75-200
5 Magnesium Harness (MgH) 5.00 127 30-160
6 Total Hardness (TH) 40 1136 200-600
7 Chloride (Cl-) 40 160 250-1000
8 Fluoride (F-) 0.1 9.00 1.0-1.5
9 Nitrate 0.75 178 45
10 Sulphate, SO4
2-
3.00 244 200-400
14. Sr.
No.
Quality
Parameter
Pre-monsoon Post-monsoon
IS
Min Max. Min
.
Max.
1 PH 7.51 8.38 7.75 8.23 6.5-8.5
3 Total Dissolved
Solids (TDS)
230 1752 183 1746 500-2000
4 Total Alkalinity
(TA)
152 548 128 596 200-600
5 Calcium Hardness
(CaH)
30 117 32 104 75-200
6 Magnesium Harness
(MgH)
14 55 13 205 30-160
7 Total Hardness
(TH)
148 384 78 448 200-600
8 Chloride (Cl-) 36 656 40 576 250-1000
9 Fluoride (F-) 0.21 1.71 0.26 1.61 1.0-1.5
12 Nitrate 2.87 110.75 10.8 106.32 45
14
ï§ Detail of Max and Min. values of Groundwater Quality Parameter for pre-post monsoon
(2013-14)
ï± Analysis of Drinking Water
15. ï¶Following graph show increase per year various
ground water quality parameter of different villages
for last five year.
15
ï± Analysis of Drinking Water
0
100
200
300
400
500
600
700
800
2010-11 2011-12 2012-13 2013-14 2014-15
MAGNESIUM
CALCIUM
HARDNESS
34. ï Total 15 water samples are fall above the permissible limit
of IS:10500 and the water samples from the Kamalpur
site is not fit for drinking because parameter like EC,
TDS,Ca2+,Mg2+,SO3
- are above the permissible limit of IS.
ï All the water samples for pH value is within acceptable or
permissible limits of IS: 10500. Fluoride concentration is
higher than permissible limit of IS: 10500(2012) in the
villages like Jetalvasana, Tarabh and Visnagar Rural.
ï It is concluded that from above 15 villages which has poor
ground water quality are not used without purification.
34
ï± Analysis of Drinking Water
35. ï± Analysis of IRRIGATION WATER
ï±The suitabibty of an irrigation water depends upon
several factors, such as,
âą Water quality
âą Soil type,
âą Plant characteristics,
âą Irrigation method,
âą Drainage,
âą Climate and the local conditions.
ï¶QUALITY CRITERIA FOR IRRIGATION
a) Total salt concentration,
b) Sodium adsorption ratio,
c) Residual sodium carbonate or bicarbonate ion
concentration
35
37. ï±Water Quality Rating based on Total Salt Concentration
37
Sr.no Class Range of EC
(MIcRoMHos/cm)
No of Village
1 Low Below 1500 6
2 Medium 1500-3000 30
3 High 3000-6000 14
4 Very High Above 6000
38. 38
ï± Water Quality Rating based on Sodium Adsorption Ratio
Sr.no Class Range of SAR No Villages
1 Low Below 10 26
2 Medium 10-18 22
3 High 18-26 21
4 Very High Above 26
39. Water Quality Rating based on Residual
Sodium Carbonate
39
Sr.no Class Range of RSC No of Villages
1 Low Below1.5 35
2 Medium 1.5-3.0 13
3 High 3.0-6.0 2
4 Very High Above 6.0
43. 43
Sodium Hazard classes based on USSL
classification
Sodium
Hazards Class
Remark on
quality
SAR in
Equivalents per
mole
Number of
Samples
S1 Low Below 10 26
S2 Medium 10-18 22
S3 High 18-26 21
S4 & S5 Very High Above 26
45. 1. http:/www.indianwater.gov.in
2. F.A.Bhat, Mir Irshad, Akhtar R. Mir, Bilal Parveez, Mohd Iqbal, H. Sana
Hydrogeochemistry and Groundwater Quality for Drinking and
Agriculture.Purpose: A Case Study of Srinagar District, Jammu and Kashmir,
India.(IJCRR Vol 05 issue 10)
3. S. D.Dhamin Groundwater Quality Assessment for Irrigation Use in Rajkot District,
Gujarat (Journal - Journal of Indian Water Resources Society, Vol 34,No.1, January,
2014)
4. Mayur C. Shah, Prateek G. Shilpkar and Pradip, B. Acharya â Ground Water
Quality of Gandhinagar Taluka, Gujarat, India Ëź(ISSN: 0973-4945; CODEN
ECJHAO E-Journal of Chemistry http://www.e-journals.net Vol. 5, No.3, pp. 435-
446, July 2008 ) Assessment of Ground Water Quality in and around
Gobichettipalayam Town Erode District, Tamilnadu:
5. P.N. Palanisamy, A.Geetha, M.Sujatha, P.Sivakumar,K.Karunakaran âAssessment
of Ground Water Quality in and around Gobichettipalayam Town Erode District,
Tamilnadu Ëź(ISSN:Vol4,No3,pp 434-439,July 2007).
45
ï± References