7.4 MW Malitbog – Silo-O Hydroelectric Power Plant – Bukidnon
Nestled in the mountainous terrains of Bukidnon, the 7.4 MW Malitbog–Silo-0 Hydroelectric Power Plant represents a major step toward sustainable energy development in Mindanao. This run-of-the-river project harnesses the natural flow of water to generate clean, renewable energy—powering surrounding communities while preserving ecological balance.
Specifications | Details |
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Account | SCIC |
Pipe Used | Profiled Wall Pipe |
Application | Hydro Electric Power Plant |
Pipe ID/OD Size | 1,500mm |
Pipe Length |
Specifications | Details |
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Pipe Quantity | |
Ring Stiffness | SN 2 |
Pressure Rating | 1 Bar/2Bar/3Bar |
Location | Malitbog, Bukidnon |
Duration | 2020 – 2023 – Completed |
A key component of this facility’s success lies in its headrace pipeline system, which utilizes Large-Diameter HDPE Pipes supplied by KPMI. With pipe diameters ranging from 300 mm to 1200 mm, the system was engineered to withstand high-pressure flow across rugged and sloped terrain—without compromising hydraulic performance or installation efficiency.
KPMI’s Profiled Covered Wall Pipes, rated at SN8 ring stiffness, were selected for their unmatched flexibility and resilience—qualities essential for hydro projects located in seismic zones and remote mountain ranges. These pipes offer superior impact resistance, zero risk of internal corrosion, and reliable long-term performance even under fluctuating flow loads.
Installation was streamlined through the use of electrofusion and butt fusion jointing techniques, which allowed for secure, leak-free connections and significantly reduced construction time. With fewer joints and lightweight materials, transport and handling were efficient, even in challenging topography.
This project underscores the growing confidence in Large-Diameter HDPE Pipes as a premier solution for renewable energy infrastructure in the Philippines. With the Malitbog–Silo-0 HEPP now in full operation, Bukidnon is not only generating clean power—it’s setting a precedent for future hydropower developments nationwide.