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Gravity & Force Main Expertise

Planning & Alternatives Evaluation
  • Evaluation of feasible gravity and force main alternatives to support informed, cost-conscious decisions
  • System planning and alignment studies tied to existing and future flows
  • Consideration of constructability, operations, permitting, and community impacts
Gravity Sewer Design
  • Gravity sewer design for a range of pipe sizes, slopes, and site conditions
  • Hydraulic analysis to confirm capacity, velocities, and system performance
  • Alignment and depth design to balance constructability, access, and long-term maintenance
Force Main Design
  • Force main routing and alignment analysis considering topography, land use, and constraints
  • Pipe material and joint selection based on pressure, surge, and lifecycle considerations
  • Integration with pump stations, air release, blowoff, and system appurtenances
Hydraulics, Surge & Reliability
  • Hydraulic modeling for pumped and gravity systems
  • Surge and transient analysis to reduce risk of water hammer and system stress
  • Pressure management strategies to support reliable long-term operation
Appurtenances & System Integration
  • Valve placement for isolation, maintenance, and operational flexibility
  • Air release, cleanouts, and access structures coordinated with system needs
  • Tie-ins and transitions coordinated with existing infrastructure
Construction & Commissioning Support
  • Clear construction drawings and technical specifications
  • Coordination with permitting agencies and adjacent utilities
  • Support during testing, startup, and placement into service
How We Add Value
  • Practical designs grounded in hydraulic analysis and real-world system operations
  • Thoughtful alignment and material selection that reduce construction risk and long-term maintenance
  • Attention to surge control, pressure management, and system reliability
  • Clear, coordinated construction documents that support efficient installation
  • Close collaboration with owners and operators to reflect how systems are actually used
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