SIM INFORMATION SYSTEM: REVOLUTIONIZING DATA MANAGEMENT
1. gujarat gw presentation wb_may-2014 7052014
1. Welcome to
“World Bank Mission”
(05th
– 16th
May, 2014)
Hydrology Project Phase - II
Gujarat – Ground Water
(GWRDC Ltd)
Narmada, Water Resources, Water Supply and Kalpsar
Department
GANDHINAGAR
3. Category wise Expenditure under Hydrology Project - II
Implementing Agency: Gujarat - Ground Water
Sr.
No.
Item Total
Provision
as per
RCT (Oct-
2013)
Cumulative
Expenditure
(Up to Mar -
13)
Annual
Work Plan
2013-14
Expenditure
2013-14
(Up to
Mar.-2014
Cumulative
Expenditure
up to Mar.-
2014
1 Civil Works 53530 52530 1000 174 52704
2 Goods 55253 42481 12690 10849 53330
3 Consultancy 2971 1381 1590 48 1429
4 Trainings 6223 3899 2251 595 4494
Total Investment
Cost 117977 100290 17531 11666 111957
5 Recurrent 58345 53314 4672 3843 57156
Total Cost
(Inv + Rec)
176322 153604 22203 15509 169113
(Rs. In ‘000’)
4. Component wise Expenditure under Hydrology Project - II
Implementing Agency: Gujarat - Ground Water
Co
mpt
.
No.
Item Total
Provision
as per
RCT
(Oct-13)
Cumulative
Expenditur
e up to
March -
2013
Annual
Work
Plan
2013-14
Expend.
2013-14
(Up to
Mar.-2014
Cumulative
Expenditure
up to Mar.-
2014
I.A Consolidation of HP - I 62765 58728 5386 3474 62227
I.B
Awareness
Dissemination &
Knowledge Sharing
11389 11617 2494 830 12264
I.C
Implementation
Support
41154 35451 2782 1296 36988
II.A
Hydrological Design
Aids
73 73 0 0 73
II.B
Decision Support
System
33341 24680 8485 8493 33173
II.C Purpose Driven Studies 27600 23055 3057 1415 24387
TOTAL 176322 153604 22203 15509 169113
Rs. In ‘000’
5. FINANCIAL PERFORMANCE: GUJARAT – GW
Details of Expenditure up to March, 2014 - (Gujarat - GW)
(Rs. In Million)
Component
Total
Provision as
per RCT
(Oct-2013)
Expend. Up
to
Mar-2013
Approved
AWP
2013-14
Expend.
during
2013-14
(Up to Mar.-
2014)
Cumu.
Expend.
up to
Mar.- 2014
Ground Water
Investment Cost 117.977 100.290 17.531 11.666 111.957
Recurrent Cost 58.345 53.314 4.672 3.843 57.156
Sub Total - GW 176.322 153.604 22.203 15.509 169.113
6. Status of Financial Targets and Achievement
Gujarat – Ground Water
13/05/14 Gujarat SW 6
Sr.
No.
Description Amount in Rs.
Millions
1 Allocation under the project as per PIP Rs. 104.406
2 Total Base Cost as per Revised Cost Table
(Oct. – 13)
Rs. 176.322
3 Cumulative Expenditure Up to March –
2014
Rs. 169.113
(96%)
4 Total Likely cumulative expenditure up to
31st
May 2014 ( As Per AWP 2014-15)
Rs. 172.620
(98%)
5 Probable Saving (1 - 4) Rs. 3.702
(2%)
7. Status of Disbursement of Claims (Gujarat – + GW)
(Rs. Millions)
Category
Name
Category
No.
Eligible
Expenditure
Amount of
Claim & Disbursed
GW GW
1 2 3 4
Civil Works 1 52.704 47.396
Goods 2 53.330 52.348
Consultancy 3 1.429 1.429
Training 4 4.494 4.277
Operating Cost 5 57.156 42.662
TOTAL 169.113 148.112
Details of Claims of Expenditure disbursed up to March - 2014
Claims of expenditure from January - 2014 to March - 2014 of Rs. 0.727
Million has been submitted to CAAA on 28-03-2014.
9. •Upgraded the Piezometer network by Construction of 228
Piezometers , 80 Piezometers in DSS Basin , 16
Piezometers in Porbandar (PDS) district,8 Piezometers and
3 Recharge tube wells in Dharoi RBC(PDS),
• Procurement of 26 DWLRs and it’s installation in 26
districts
•Procurement of 11 layers of GIS Data set from BISAG,
LISS IV data from NRSA.
• OSM data of Gujarat state from SOI , ARC GIS software,
computer Hard ware and peripherals , Office equipments &
Training equipments
•The end Users oriented Awareness Raising Seminars at
District and Taluka level along with publication of
informative brochures and Year book up to year 2013
10. •Organization of study tours for knowledge and
experience sharing.
•Establishment of DSS cell at Ground Water Division
-1,Ahmedabad
•Awareness for HIS Data increases day by day
• http://gwrdc.gujarat.gov.in/ has been developed with
the assistance of National Informatics Centre (NIC). It
is also regularly updated and linked with
departmental website http://guj-nwrws.gujarat.gov.in/.
12. •Significant change in availability and reliability of
Ground water Data led to Ground water
development and Management planers more
appropriately & economically.
•Establishment of Computer based systems , detailed
data quality control systems , Coordination with
central agencies , specially trained staff by Training
programmes is essential to improve accuracy and
reliability of data.
•Awareness Raising Programmes are very useful to
improve interaction between data providers and data
users.
13. • DSS(P) tools can be useful to understand Ground
water resources issues within a river basin after Fine
Tuning of application and with good support from NIH.
• The PDS study on Coastal Groundwater Dynamics
and Management in the Saurashtra Region has
benefited from the involvement of NIH scientists.
• The steps have been taken for strengthening of
Ground water Monitoring Network by establishing
network of 2154 piezometers in entire state , but
there is still need for data quality improvement
Programme and implementation of Real Time
Monitoring Systems.
14. : TRAININGS :
SUMMARY OF TRAINING PROGRAMS CONDUCTED UNDER HP-II
Sr No Year Training Programs
Conducted by Central
Agencies
In-house Programs
Conducted by State
IAs & Central
Agencies
Total
No of
Programs
No of
Participant
s
No of
Programs
No of
Participant
s
No of
Programs
No of
Participant
s
1 2006-2007 15 34 4 68 19 102
2 2007-2008 14 27 4 86 18 113
3 2008-2009 11 69 7 36 18 105
4 2009-2010 18 39 3 75 21 114
5 2010-2011 24 52 12 85 36 137
6 2011-2012 11 25 4 34 15 59
7 2012-2013 15 34 7 122 22 156
8 2013-2014 15 28 6 68 21 96
TOTAL 123 308 47 574 170 882
15. VERTICAL EXTENTION
• II.B. Decision Support System – Planning (DSS-P)
• II.C. Purpose Driven Studies (PDS)
16. II.B. Decision Support System – Planning (DSS-P)
Mahi Basin (Gujarat State Portion ) had been selected as State
Pilot Basin.
The components of DSS - Planning are:
•Conjunctive surface water & ground water planning.
•Ground water management
•Seasonal Planning for Ground Water
•Artificial Recharge
•Drought Management
17. • Status of Modeling activities:
Applications developed using available tools.
• The ground water planning application developed in
Patadungri, Machhanala, Umaria & Limkheda catchment
as a test case to Predict how to manage ground water
supply.
• Ground water Seasonal planning application is developed
in Patadungri catchment as a test case to predict the how
much groundwater is available at Pre monsoon based on
the groundwater level at post monsoon.
• Application on Artificial Recharge is developed in
Machhanala catchment. The application is useful to know
how groundwater depth would vary with and without the
artificial recharge in climatic variation.
18. Status of Modeling activities Contd.
• The Application on conjunctive use of surface and Ground
water developed for Patadungri catchment to test the
performance of the utilization of groundwater and canals
in dry, average, and wet years and to predict how this
affects the groundwater in the long run.
• The interfaces provided by the DSS-P consultants, to
populate results for following applications, are being
evaluated for their suitability:
Conjunctive use
Artificial Recharge
19. II. C. Purpose Driven Studies
Two Purpose Driven Studies have been taken up .
• 1) Coastal Ground water dynamics and Management in the
Saurashtra Region, in collaboration with NIH : To simulate
transport of saltwater in coastal aquifer system numerically &
study impact of existing aquifer management practices on gw
regime
• 2) Ground Water Management in Water Logged Area of Dharoi
project command (RBC) project and Strategy to maintain
Harmony on water levels of perched aquifer with deep
Aquifer: To study the Geohydrology of perched and deeper
aquifer systems & the possibility of recharge tube wells for
inter-aquifer transmission of water
20. Study Area , Coastal Saurashtra, Gujarat
Location Lat 21o
0’ - 22o
20’ N
Long 71o
22’ -72o
20’E
Total
geographical area
2261.95 km2
Taluka Porbandar - 1117.60 km2
, Ranavav -
588.00 km2
& Kutiyana -556.35 km2
GW SalinityGW Salinity
• from sea in the coastal aquifer system due to lowering of water table.
• through creeks during high tides.
• deterioration of gw quality occurs due to increasing salinity
Activities carried outActivities carried out
• Ground water level and quality Monitoring on 16 nos of newly constructedGround water level and quality Monitoring on 16 nos of newly constructed
piezometers and Monitoring stations suggested by NIH.piezometers and Monitoring stations suggested by NIH.
• Geophysical survey at 50 locations.Geophysical survey at 50 locations.
• Aquifer Parameter Test at 12 locationsAquifer Parameter Test at 12 locations
PDS-1 Coastal Ground water dynamics and Management in the Saurashtra Region, in collaboration with NIH
21. Rajsth
an
PDS AreaPDS Area
Pakista
n
Arabian Sea
Problems/Issues that prompted
to take up the PDS
•Due to presence of shallow clay
layer & application of surface
water by Dharoi canal
distributaries for irrigation, the
water levels in this area rise to
problematic level.
•Adverse effects noticed
•The soil texture ruptured and
enrichment of Soil Salinity
•Diminishes the Agricultural
products.
•Leaching of water in deep cart
tracks and nalas, de-active the
sewerage pits.
•Effect on environment & socio
economy.
PDS-2 Ground Water Management in Water Logged Area of Dharoi project command (RBC)
22. Based on the Preliminary Investigation in 72 villages, the ground water level
trend of monitoring stations located in perched aquifer/unconfined aquifer in
the close vicinity of canal passing through the area, detailed investigation
carried out in 32 villages.
Total 22 no of Ground Water monitoring networks are fixed to study its
behavior in the area.
13 pumping tests conducted to study the aquifer parameters.
Collected water level and soil analysis data from soil survey department to
identify the area affected by soil salinity.
The change in land use pattern studied with help of Remote sensing data
of 1998 & 2010.
Constructed 3 Nos. of Recharge Tube Wells 90 mts. Depth and 8 Nos. of
Piezometers ( 4 Nos. of Shallow Piezometers -20 mts. Depth and 4 Nos. of
Deep Piezometers - 90 mts.)
The data has been analyzed using Visual Modflow software and the results
have been obtained regarding the extent of water logging in different
seasons, the groundwater movement, and the inflow and out flow, the mass
and zonal balance for different aquifers and seasons.
The consultancy work has been entrusted to CEPT university.
The Final Draft Report is on completion stage by CEPT University and will
be submitted to TAMC/PCS within two days for approval.
24. Recharge structure
Piezometer 20.0 m. deep
Piezometer 90.0 m. deep
DESIGN OF
RECHARGE STRUCTURE
PLACEMENT
500 M.
SITE : MALEKPUR
TALUKA : VADNAGAR
Constructed 3 Nos. of Recharge Tube Wells 90
mts. Depth and
8 Nos. of Piezometers ( 4 Nos. of Shallow
Piezometers -20 mts. Depth and 4 Nos. of Deep
Piezometers - 90 mts.) In Malekpur Village ,Taluka –
Vadnagar ,District Mahesana
26. •Continuation of Awareness Programme from State
Fund
•Ground Water Resources Estimation,
•Aquifer Mapping Study
•Planning of new exploratory tubewell programme
implemented in Tribal Areas of Gujarat.
•Artificial GW Recharge locations findings and
Defining Area improved through Recharge structures.
•Defining Saline areas for ground water Assessment