WATER AUDIT - PowerPoint PPT Presentation

1 / 28
About This Presentation
Title:

WATER AUDIT

Description:

Somasila Project K.C Canal RDS Indicators selected for Water ... Capacity building of the staff of the Irrigation Dept. Participatory Irrigation management. What ... – PowerPoint PPT presentation

Number of Views:215
Avg rating:3.0/5.0
Slides: 29
Provided by: SpecialCom
Category:

less

Transcript and Presenter's Notes

Title: WATER AUDIT


1
WATER AUDIT
2
Water Availability
  • Water is a prime natural resource
  • Amount of fresh water available is nearly
    constant.
  • Total Available water in AP 108.00 BCM
  • Usable amount of water in AP 78 .00 BCM
  • Current Utilisation in AP 65.169
    BCM
  • Projected demand by 2020-25 113.00 BCM

3
Water Utilisation Water Utilisation Water Utilisation
Sector Quantity in BCM to total
Drinking 0.601 0.9
Irrigation 64.252 98.6
Industries 0.288 0.4
Power 0.028 0.1
4
Water Scenario
  1. Increasing population.
  2. unpredictable monsoons.
  3. Over exploitation of Ground Water.
  4. Increasing competition among sectors.
  5. Impact of climatic change.
  6. Deterioration of water quality.

5
Losses of Irrigation Water ( ) Losses of Irrigation Water ( ) Losses of Irrigation Water ( ) Losses of Irrigation Water ( )

Source seepage Evaporation Total
Main Canals Branches 13.6 3.4 17.0
Distributaries 6.4 1.6 8.0
Field water courses 16.0 4.0 20.0
Field application lossess 13.2 3.3 16.5
Total 49.2 12.3 61.5
6
Irrigation Scenario Irrigation Scenario Irrigation Scenario Irrigation Scenario Irrigation Scenario Irrigation Scenario
Area in Lakh Hact. Area in Lakh Hact. Area in Lakh Hact.
Year Canals Tanks Ground water Others Gross Area
1990-91 23.11 11.07 17.60 1.92 53.70
1995-96 20.56 8.39 22.03 2.06 53.07
2001-02 20.89 6.34 26.18 2.07 55.49
2004-05 17.30 5.15 25.63 1.79 49.87
7
Present deficiencies in Water Management
  • Low water use efficiency.
  • Distribution losses.
  • Poor operational maintenance and Management.
  • Low returns on investment.
  • Soil salinity and water logging.
  • Tail end problems.

8
Strategy
  • Effective water management minimise use of
    water and to achieve higher productivity.
  • Present level of efficiency 1 Cusec of water
    80-100 acres of paddy. Could be increased to 130
    acres.
  • Diversification of cropping pattern.
  • Irrigation efficiency improve technology.
  • Conservation of water through minimising
    transmission losses.
  • Capacity building of the staff of the Irrigation
    Dept.
  • Participatory Irrigation management.

9
What is Water Auditing?
  • Checking water use against planning.
  • Amount of water available for supply.
  • Water delivered to users.
  • Water losses leakages, un accounted losses.
  • Suggestions and improvements to plug leakages.

10
Benefits of Water Audit
  • Proper Documentation
  • Minimising leakages
  • Improve performance system financial
  • Improved reliability of supply system
  • Efficient use of existing supplies
  • Better safe guard to public health and property

11
Water Audit
  • It is the need of the hour to have more crop
    per drop.
  • Water auditing is a systematic scientific
    examination
  • of water accounts of the irrigation projects
  • Comprehensive water accounting method devised,
    with
  • water accounting at project level as well as
    at last
  • manageable unit i.e., section office level.
  • The water use efficiency arrived is compared
    with
  • the targeted one.
  • National Water Commission also recommended Water
  • Audit and Benching Marking in all Projects.

12
  • Main Objectives
  • To compare the water use efficiency with
  • the targeted one for further improving
  • the performance.
  • To check the water losses for saving and
  • conserving water
  • To identify the best management practices
  • To generate healthy competition among
  • various projects/units.

13
  • Pilot projects selected
  • Godavari Delta System.
  • Krishna Delta System
  • Nagarjuna Sagar Project
  • Sri Ram Sagar Project.
  • Somasila Project
  • K.C Canal
  • RDS

14
  • Indicators selected for Water Audit
  • Availability of water in the reservoirs
  • Percentage of actual evaporation to max.
  • live storage
  • Percentage of evaporation to gross utilisation
  • Water use pattern
  • Water use efficiency
  • Percentage of projected and actual
  • non-irrigation use
  • Percentage of water remained unutilised
  • to max. live storage

15
  • Formats have been finalized after discussions
    with Engineers
  • Proforma 1 Water Indent.
  • Proforma 2 Water releases
  • Proforma 3 Water utilization
  • Proforma 4 Rainfall and evaporation
  • Proforma 5 Staffing pattern OM Expn.
  • Proforma 6 Annual water account
  • Benchmarking Proforma
  • Information for the previous five years and for
  • the current year is being collected for the
    pilot
  • projects

16
PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III PROFORMA I Annexure - III
WATER INDENT WATER INDENT WATER INDENT WATER INDENT WATER INDENT WATER INDENT WATER INDENT WATER INDENT WATER INDENT WATER INDENT WATER INDENT WATER INDENT
a) Name of theProject f Year
b) Name of the Circle g Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres)
c) Name of the Division Wet ID Total
d) Name of the Sub-Division
e) Name of the Section
17
Sl.No. Source of Water Delivery Area Expected to be Irrigated (Acres) Area Expected to be Irrigated (Acres) Area Expected to be Irrigated (Acres) Area Expected to be Irrigated (Acres) Area Expected to be Irrigated (Acres) Area Expected to be Irrigated (Acres) Area Expected to be Irrigated (Acres) ExpectedWater UseAcres/MCft Requirement of Water MCft Water Required for Non IrrigationMCft
Sl.No. Source of Water Delivery Kharif Kharif Kharif Rabi Rabi Rabi Grand Total ExpectedWater UseAcres/MCft Requirement of Water MCft Water Required for Non IrrigationMCft
Sl.No. Source of Water Delivery Wet ID Total Wet ID Total Grand Total ExpectedWater UseAcres/MCft Requirement of Water MCft Water Required for Non IrrigationMCft
1 2 3 4 5 6 7 8 9 10 11 12
1 Main Canal/Major                    
2 Branch Canal                    
3 Minor/Direct Pipe                    
4 Field Channel                    
5 Lift                    
6 Others if any                    
Total Total                    
Signature of Section Officer Signature of Section Officer Signature of Section Officer Signature of Section Officer
Note Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more. Area expected to be irrigated and Projected Water use may be furnished as per the maximum area irrigated during the last Five Years and adding 10 more.
18
PROFORMA - II PROFORMA - II PROFORMA - II PROFORMA - II PROFORMA - II PROFORMA - II PROFORMA - II PROFORMA - II PROFORMA - II PROFORMA - II PROFORMA - II PROFORMA - II
WATER RELEASES WATER RELEASES WATER RELEASES WATER RELEASES WATER RELEASES WATER RELEASES WATER RELEASES WATER RELEASES WATER RELEASES WATER RELEASES WATER RELEASES WATER RELEASES

a) Name of theProject f) Year Year
b) Name of the Circle g) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres)
c) Name of the Division Wet Wet ID Total
d) Name of the Sub-Division
e) Name of the Section
Sl.No. Source of Water Delivery Water Relesed in MCft Water Relesed in MCft Water Relesed in MCft Water Relesed in MCft Water Relesed in MCft Water Relesed in MCft Water Relesed in MCft Water Relesed in MCft Water Relesed in MCft Water Relesed in MCft
Sl.No. Source of Water Delivery For Irrigation For Irrigation For Irrigation For Non-Irrigation Uses For Non-Irrigation Uses For Non-Irrigation Uses For Non-Irrigation Uses System Tanks Escapes Total
Sl.No. Source of Water Delivery Kharif Rabi Total Drinking Indutries Power Power System Tanks Escapes Total
1 2 3 4 5 6 7 8 8 9 10 11
1 Reservoir                    
2 Main Canal/Major                    
3 Branch Canal                    
4 Minor/Direct Pipe                    
5 Field Channel                    
6 Lift                    
7 Others if any                    
Total Total                    
19
PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III PROFORMA - III
WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION WATER UTILISATION

a) Name of theProject Name of theProject f) Year
b) Name of the Circle g) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres)
c) Name of the Division Name of the Division Wet ID Total
d) Name of the Sub-Division Name of the Sub-Division
e) Name of the Section Name of the Section
20
Sl.No. Source of Water Delivery Water Used for IrrigationMCft Water Used for IrrigationMCft Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated (Acres) Area Irrigated Acres/Mcft Area Irrigated Acres/Mcft
Sl.No. Source of Water Delivery Water Used for IrrigationMCft Water Used for IrrigationMCft Kharif Kharif Kharif Kharif Kharif Kharif Rabi Rabi Rabi Rabi Rabi Rabi Grand Total Grand Total Grand Total Area Irrigated Acres/Mcft Area Irrigated Acres/Mcft
Sl.No. Source of Water Delivery Kharif Rabi Wet ID Non-Localised Non-Localised Acqua. Total Wet ID Non-Localised Non-Localised Acqua. Total Wet ID Acqua Kharif Rabi
Sl.No. Source of Water Delivery Kharif Rabi Wet ID Wet ID Acqua. Total Wet ID Wet ID Acqua. Total Wet ID Acqua Kharif Rabi
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
1 Main Canal/Major                                      
2 Branch Canal                                      
3 Minor/Direct Pipe                                      
4 Field Channel                                      
5 Lift                                      
6 Others if any                                      
Total Total                                      
Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side Note 1) This may be collected from the Ayacut registers maintained as Wet in Wet, Wet in ID, Wet out side, ID in ID, ID in Wet and ID out side
2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a) 2) Crop wise details along with extents for the entire area sown under ID may be given separatly for Kharif and Rabi as per III (a)
21
PROFORMA - IV PROFORMA - IV PROFORMA - IV PROFORMA - IV PROFORMA - IV PROFORMA - IV PROFORMA - IV PROFORMA - IV PROFORMA - IV PROFORMA - IV PROFORMA - IV
RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION RAINFALL AND EVAPORATION
a) Name of theProject f) Year
b) Name of the Circle g) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres)
c) Name of the Division Wet ID Total
d) Name of the Sub-Division
e) Name of the Section
22
Sl.No. Month Rainfall in mm Evaporation in mm
1 2 3 4
1 June    
2 July    
3 August    
4 September    
5 October    
6 November    
7 December    
8 January    
9 February    
10 March    
11 April    
12 May    
1) Rainfall may be taken from the nearest Rainguage station located in Mandal Headquarters
2) If more than one Rainguage station is located in the section average may be given
3) Evaporation may taken from the nearest meteriological station
23
PROFORMA - V PROFORMA - V PROFORMA - V PROFORMA - V PROFORMA - V PROFORMA - V PROFORMA - V PROFORMA - V PROFORMA - V PROFORMA - V PROFORMA - V
STAFFING PATTERN STAFFING PATTERN STAFFING PATTERN STAFFING PATTERN STAFFING PATTERN STAFFING PATTERN STAFFING PATTERN STAFFING PATTERN STAFFING PATTERN STAFFING PATTERN STAFFING PATTERN

a) Name of theProject f) Year
b) Name of the Circle g) Culturable Command area ( in Acres) Culturable Command area ( in Acres) Culturable Command area ( in Acres)
c) Name of the Division Wet ID Total
d) Name of the Sub-Division
e) Name of the Section
24
Sl.No. Category of Staff Sanctioned Strengthin Nos Actual Workingin Nos Expenditure during the Year
1 2 3 4 5
1 Section Officer      
2 Work Inspector      
3 Luskers      
4 Minesterial Staff      
5 Attenders      
6 Work Charged Employees      
7 Daily Rated if any      
8 Others      
25
PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A) PROFORMA - VI(A)
Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account Annual Water Account

Project Project Project Year in MCft
Month Month Reservior Water Level _at_ start of month Effective gross storage (Silt, etc.,) Releases in river Releases in Canal Lift for Irrigation Lift for Domestic Lift for Industries Evaporation Other measured leakeges Reservoir Water level _at_ end of the month Effective gross storage (Silt, etc.,) Caliculated inflow Un measured losses
January January                          
February February                          
March March                          
April April                          
May May                          
June June                          
July July                          
August August                          
September September                          
October October                          
November November                          
December December                          
26
PROFORMA - VI(B) PROFORMA - VI(B) PROFORMA - VI(B)
Annual Water Account Annual Water Account Annual Water Account
Year Year Year
Name of the Project Name of the Project Name of the Project
Name of the Circle Name of the Circle Name of the Circle
     
1. Designed storage (Mcft) 1. Designed storage (Mcft)  
a. Gross  
b. Live  
c. Designed carry over  
2. Maximum Live storage observed in the year (Mcft) 2. Maximum Live storage observed in the year (Mcft)  
3. Actual live storage as on (Mcft) 3. Actual live storage as on (Mcft)  
a. 1st July  
b. 15th October  
c. 1st March  
4. Water remained unutilised by 30th June (Mcft) 4. Water remained unutilised by 30th June (Mcft)  
5. Replenishment received in June (Mcft) 5. Replenishment received in June (Mcft)  
6. Reasons for unutilisation 6. Reasons for unutilisation  
27
7. Projected water use in MCft for 7. Projected water use in MCft for  
A. Irrigation  
1 Kharif  
2 Rabi  
3 Perennial  
B. Non Irrigation  
1 Industries  
2 Domestic  
C. Evaporation  
D. Total (7A7B7C)  
8. Water drawn at head for irrigation in MCft for 8. Water drawn at head for irrigation in MCft for  
a. Kharif  
b. Rabi  
d. Total (8a8b)  
9. Water lifted from reservior (Mcft) 9. Water lifted from reservior (Mcft)  
A. Irrigation  
B. Non Irrigation  
1 Indutries  
2 Power  
3 Domestic  
C. Total (9A9B)  
10. Water leleased through escape (Mcft)    
11. Evaporation from reservior (Mcft)    
12. Water lost through leakages from the dam (Mcft)    
a. Quantity  
b. Percentage  
28
13. Total Utilisation Losses ( 8d9c101112a) 13. Total Utilisation Losses ( 8d9c101112a)  
14. Area Irrigated (in acres.) 14. Area Irrigated (in acres.)  
A. By flow Irrigation  
1 Kharif  
  i. Area  
  iii. Acres/ Mcft (14A1(i)/8a)  
2 Rabi  
  i. Area  
  iii. Acres/Mcft (14A2(i)/8b)  
3 Total  
  i. Area ( 14A1(i)14A2(i)14A3(i))  
  iii. Acres/Mcft (14A4(i)/8d)  
B. By Lift irrigation (in Acres)  
  i. Area  
  iii. Acres/Mcft (14B1(i)/9a)  
15. Remarks    
Write a Comment
User Comments (0)
About PowerShow.com