Water Supply & Sewage Treatment

Integrated Water & Wastewater Infrastructure for Continuous, Reliable Service

Sahyadri Sthapatya Private Limited delivers water supply and sewage treatment infrastructure where reliability, regulatory compliance, and uninterrupted operation are essential. Our projects are designed and executed to support 24/7 water security, effective wastewater management, and long-term public utility performance.
SSPL approaches water and wastewater systems with engineering discipline, constructability-focused planning, and controlled execution—ensuring infrastructure that performs consistently under varying demand and operating conditions.

Water Supply & Sewage Treatment

Integrated water and wastewater systems built for operational continuity, regulatory compliance, and public utility performance.

From transmission networks to treatment facilities, SSPL executes projects that balance capacity requirements with process efficiency and environmental compliance.

Areas of Execution:

Turnkey Water & Wastewater Solutions

SSPL covers water supply and sewage treatment projects, covering the full lifecycle from intake structures to treatment facilities and conveyance networks.
All projects are executed in compliance with applicable Central Pollution Control Board (CPCB) norms, project specifications, and statutory requirements.
Our execution capabilities extend across:

  • Pumping stations from intake to booster levels
  • Cross-country transmission and distribution pipelines
  • Water Treatment Plants (WTPs)
  • Sewage Treatment Plants (STPs)

Pumping Stations & Lift Infrastructure

SSPL delivers pumping infrastructure designed for operational reliability and energy-efficient performance. Its designed to ensure uninterrupted water conveyance across varying demand cycles.
Key pumping station works include:

  • Civil and structural works for intake wells and pump houses
  • Installation of submersible and vertical turbine pumps
  • Electro-mechanical integration and control systems
  • SCADA-based monitoring and automation provisions
  • Power backup and operational redundancy planning

Water Treatment Plants (WTP)

SSPL executes water treatment infrastructure designed to deliver potable water in accordance with applicable quality standards. Treatment processes are selected based on source water characteristics, capacity requirements, and regulatory norms, with a focus on consistent output quality
Typical WTP components include:

  • Intake structures and raw water conveyance
  • Aeration, clarification, and filtration systems
  • Rapid sand filters and disinfection units
  • Treated water storage and pumping arrangements

Sewage Treatment Plants (STP)

SSPL delivers sewage treatment facilities designed for effective wastewater processing and environmental compliance.
STP execution capabilities include:

  • Preliminary and primary treatment structures
  • Biological treatment systems such as MBBR, SBR, and oxidation ditch processes
  • Secondary clarification and tertiary treatment units
  • Disinfection systems and treated effluent handling
  • Provisions for reuse applications where applicable

These facilities are planned to support sustainable wastewater management and reduced environmental impact.

Technical Capability & Digital Integration

SSPL’s water and wastewater projects are supported by experienced engineering teams, modern equipment, and structured execution systems.
Technical strengths include:

  • Deployment of energy-efficient pumping systems
  • Integration of automation and real-time monitoring platforms
  • Hydraulic modeling support for system design and optimization
  • Execution aligned with applicable BIS standards for potable water infrastructure
  • Quality control through systematic inspection and testing protocols

Designed for Scalability, Compliance & Sustainability

Water and wastewater infrastructure delivered by SSPL is designed to support growing urban and regional demands.
Our approach emphasizes:

  • Scalable systems adaptable to future capacity requirements
  • Cost efficiency through optimized execution and lifecycle planning
  • Compliance with environmental and discharge norms
  • Opportunities for treated water reuse and reduced freshwater dependency
  • Compatibility with public-private partnership (PPP) frameworks where applicable

This ensures infrastructure that balances operational reliability with long-term environmental and economic outcomes.

Project Experience