Services

Hydraulic design

Suncon Engineers, a leading Construction Project Management Consultancy in Pune, Maharashtra, India has vast experience in the field of Hydraulic Designs. Hydraulic Design is very essential part of any Infrastructure Development Project. We have worked on key projects & delivered reliable solutions to our elite clients like MIDC, Reliance, Castrol India Ltd. & other such big clients. We have all the expertise from manpower resources to advanced technology to carry below list of activities:

1. Water Supply Design
2. Sewerage Design
3. Storm Water Design
4. Rain Water Harvesting
5. Flood Control

We follow below methodologies to carry above tasks.

METHODOLOGY FOR WATER SUPPLY:

     1. Analysis of Collected Data.
     2. Site Visit for Visualization of Existing Water Supply Arrangement.
    3. Discussion with concern authorities to understand the nature of problems and possible
       alternatives.
    4. Water Sample Testing.
    5. Population forecasting to design water supply demand.
    6. Ward wise / Zone wise population projections with the help of DP Map.
    7. Water Demand Calculations for Present Stage, Intermediate Stage (after 15 years) & Ultimate
       Stage (after 30 years) by considering all requirements (i.e. Domestic, Railway & Industrial, Fire or any
       other bulk requirement).
    8. Checking of Source Availability and Dependability.
    9. Carry out Topographical/ land survey.
    10. Taking Trial Pits at suitable interval, trial bores soil investigation, testing, geotechnical report.
    11. Preparation of Base/contour map and L-sections as required on the basis of land survey.
    12. Marking of all the details of Existing Water Supply Arrangement on Contour Map.
    13. Finalization of Reservoir wise Distribution Zones on Contour Map.
    14. Zone wise distribution of population and calculation of capacities and LPCD for each Reservoir Zone.
    15. Hydraulic Designs of distribution lines using formula:
    Hazen Williams Formula –
        Q = 3.1x10-4 x C x d2.63 x S0.54
        Q = Discharge in KL/d.
        C = Hazen and Williams Coefficient.
        d= Diameter of pipe in mm.
        S = Slope
    16. Zone wise Water Planning and analyzing the necessity of New WTP and Reservoirs.
    17. Checking adequacy of Existing Pumping Machinery, Rising Mains and Gravity Mains etc.
    18. Marking Alignment of Proposed Rising Mains and Gravity Mains on Contour map and taking out
          L-Sections respectively.
    19. In Hydraulic Designs of WTP, Pumping Machinery, Rising Mains, Gravity Mains and WTP.
    20. Preparation of Zone wise drawing showing all the existing and proposed distribution lines.
    21. Population and Flow Calculation for each Distribution Zone.
    22. Zone wise Design of Distribution Lines.
    23. Preparation of Relative Cost Estimates and Submission Drawings.

METHODOLOGY FOR STORM WATER DRAINAGE PROJECT:

DATA COLLECTION:
    1. Collection of Toposheet, DP Map and Hourly Rainfall Data of Last 25 Years
    2. Data regarding Brief Profile of City, Physiography, Climate, Population, Soil Characteristics and Ground
        Water Table
    3. Taking Photographs of Existing Drains

METHODOLOGY:
     1. Analysis of Collected Data
     2. Discussion with Municipal Council/ Corporation authorities to understand the nature of problems and
          possible alternatives, flooding points and flooding areas.
     3. Carry out Topographical /land survey, soil investigation and soil testing, geotechnical report.
     4. Preparation of Base/contour map and L-sections as required.
     5. Fixing of design parameters – Rainfall intensity, coefficient of runoff for various catchments.
     6. Identification of drainage districts/catchments and preparation of drainage network to avoid flooding.
     7. Hydraulic design of storm water drains.
     8. Checking adequacy of the existing nallas, road side drains & CD Works & suggest remedial measures
           wherever required
     9. Propose drainage system to cater the designed runoff, so as to avoid flooding in the town.
     10. Design nalla section, road side drains & slope to carry designed discharge.
     11. Preparation of plans showing proposed drainage system.
     12. Preparation of cost estimation and sectional drawings.

METHODOLOGY FOR SEWERAGE PROJECT:

     1. Detailed Engineering land Survey
     2. Conducting Laboratory test on sample Sewage
     3. Land Survey of existing infrastructure drainage system
    4. Structural Design of physical infrastructure components like pump house collection system, sewerage
         treatment plant, primary secondary treatment
     5. Preparation of project cost and drawing
     6. Preparation of detailed project report including maintenance and operation cost
     7. Coordination for technical appraisal.