Urban Infrastructure

The engineering services we provide in the field of Urban Infrastructure aim to meet the drinking water, wastewater, and stormwater needs of rapidly growing settlements through safe, sustainable, and cost-effective solutions. Long-term operational performance, public health, and environmental impacts are our primary priorities in all projects.

By addressing planning, investigation, design, and feasibility stages through an integrated approach, we evaluate population projections, water resources, hydraulic capacity, and cost analyses together. This ensures that urban infrastructure systems are designed to meet both current and future needs.

Success in urban infrastructure projects depends on the integrated execution of accurate population forecasting, realistic hydraulic design, and sustainable financial planning.

Below are the main service areas we provide within the scope of Urban Infrastructure.

  • Investigation Services
    • Project development
    • Topographic surveys
    • Geological investigations
    • Hydrological investigations
  • Drinking Water Projects
    • Transmission and pumping line projects
    • Drinking water distribution network projects
    • Storage reservoir projects
    • Drinking water treatment plant projects
    • Intake structures and water abstraction facility projects
    • Regulator and pumping station projects
    • Transmission line and engineering structure projects
    • Electrical and mechanical projects
  • Wastewater (Sewerage) Projects
    • Transmission and pumping line projects
    • Wastewater network projects
    • Storage facility projects
    • Wastewater treatment plant projects
    • Manholes and intake structures
    • Regulator projects
    • Pumping station projects
    • Transmission line and engineering structure projects
    • Electrical and mechanical projects
  • Drinking Water Privatization Feasibility Reports
    • Project development
    • Investigation of alternative water sources
    • Identification of alternative transmission and pumping line routes
    • Future population modeling
    • Modeling of drinking, domestic, industrial, and tourism water demands
    • System optimization (reservoirs, transmission lines, network systems)
    • Preparation of investment programs
    • Preparation of financial analysis and cash flow tables

100%

Investigation, Planning, and Population Modeling

100%

Drinking Water and Wastewater System Design

100%

Feasibility, Cost, and Investment Analyses