All Capabilities
22 stations delivered

Pumping & Deep Wells

A pump station lives or dies on its hydraulics. We model the system curve, size for the operating envelope rather than the peak on paper, and engineer against surge, cavitation, and dry-run. Civil chambers, manifolds, valve trains, VFD panels, and remote monitoring are delivered as one package, with witnessed performance testing before handover.

Engineering Flow Sequence

Process Flow & Technical Schematic
5 Process Phases
Step 01

Source Intake

Primary supply connection

Step 02

Trunk Mains

Large diameter transmission

Step 03

Strategic Storage

Buffer reservoirs

Step 04

Booster Station

Pressure boosting

Step 05Final

Local Distribution

Service area network

Engineered Process Sequence — Single-Contract DeliveryVerified Schematic

Delivery Scope

Stage-by-Stage Engineering Execution

Every plant stage is engineered, built, and tested in-house with documented quality gates from intake to handover.

01

Hydraulic Study

System curve, head loss, and duty point definition across the full operating range.

  • Topographic survey and static head
  • Friction and fitting loss calculation
  • Surge and water-hammer analysis
02

Equipment Selection

Pump, motor, and drive selection with efficiency and NPSH margin held explicitly.

  • Pump curve matching and staging
  • NPSH margin and cavitation check
  • Motor, VFD, and standby duty split
03

Station Construction

Civil chamber, mechanical manifold, and valve train fabricated and installed in-house.

  • Wet well / dry chamber civil works
  • Manifold fabrication and alignment
  • Valves, NRVs, and pressure protection
04

Testing & Commissioning

Pressure testing, witnessed performance runs, and vibration baselines.

  • Hydrostatic pressure test of lines
  • Flow / head verification against curve
  • Vibration and temperature baseline
05

Operation & Monitoring

Remote monitoring, spare strategy, and preventive maintenance intervals.

  • Telemetry and alarm escalation
  • Critical spares held on site
  • Bearing and seal replacement plan

Technology & Systems

Engineered Equipment Packages

Intake

Wet wells, suction manifolds, foot valves, strainers, level instrumentation

Treatment Train

Inline filtration, air release, sediment separation upstream of pumps

Pumping Skids

Horizontal / vertical multistage pumps, submersibles, boosters, surge vessels

SCADA & Controls

VFD panels, soft starters, dry-run protection, pressure transmitters, telemetry

O&M

Vibration monitoring, alignment checks, seal and bearing programme, standby rotation

Ready to engineer your pumping & deep wells infrastructure?

Single accountable contract covering process design, supply, civil works, installation, commissioning, and operation.