Enhancing Drainage Infrastructure at The Mansion, Baguio City with Large-Diameter HDPE Pipes
In the heart of Baguio City, the DPWH 1st District Engineering Office is implementing a vital infrastructure improvement—the drainage system upgrade at The Mansion, one of the city’s most iconic landmarks. This project utilizes Krah Pipes Manila’s 1000mm Large-Diameter HDPE Pipes, engineered to meet the demanding requirements of high-altitude urban environments.
Designed for durability and performance, these gravity-based drainage pipes offer exceptional resistance to corrosion, deformation, and ground movement. Their smooth internal surface and structural integrity ensure efficient water flow and long-term reliability—essential in a city known for its intense rainfall and unique terrain.
This initiative not only addresses flooding concerns but also reflects a broader commitment to sustainable urban development. By leveraging Large-Diameter HDPE Pipes, the project ensures resilient, low-maintenance drainage infrastructure that will serve both residents and tourists for decades to come.
| Specifications | Details |
|---|---|
| Account | DPWH |
| Pipe Used | |
| Application | Hydro Electric Power Plant |
| Pipe ID/OD Size | 1,000mm |
| Pipe Length | 18 Kilometers |
| Specifications | Details |
|---|---|
| Pipe Quantity | |
| Ring Stiffness | |
| Pressure Rating | |
| Location | Baguio City |
| Duration |
Designed for durability and performance, these gravity-based drainage pipes offer exceptional resistance to corrosion, deformation, and ground movement. Their smooth internal surface and structural integrity ensure efficient water flow and long-term reliability—essential in a city known for its intense rainfall and unique terrain.
This initiative not only addresses flooding concerns but also reflects a broader commitment to sustainable urban development. By leveraging Large-Diameter HDPE Pipes, the project ensures resilient, low-maintenance drainage infrastructure that will serve both residents and tourists for decades to come.