Project Description

This integrated project encompasses a comprehensive approach to designing and installing a robust fluid management system, including the establishment of water pumping centres and reservoirs in Hilal Kent and Narlıca, Hatay.

The design phase prioritizes modern engineering principles, emphasizing efficiency, scalability, and compliance with regional water distribution needs. A detailed site and topography survey in Hatay ensures precise terrain analysis, accounting for elevation gradients, drainage patterns, and geological conditions to optimize placement of reservoirs and pumping infrastructure.

The plumbing system employs a hybrid approach: stainless steel pipes and fittings are used for above- ground and high-pressure sections requiring corrosion resistance, while HDPE pipes are installed for underground networks due to their durability and leak-resistant joints. Booster pumps, housed within CMU (concrete masonry unit) structures, are strategically positioned in Hilal Kent and Narlıca to ensure consistent pressure across the network.

These pump houses are engineered for thermal stability, noise reduction, and resilience to environmental stressors. The reservoirs are designed with capacity and accessibility in mind, integrating seamlessly with the pumping centers.

Industrial-grade pumps, valves, and control systems are installed to manage flow dynamics and redundancy. Final commissioning includes rigorous testing of pressure thresholds, pump performance, and system-wide integration, ensuring reliable water deliver