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Artificial Lakes & Lagoons Drainage Systems

Application Overview

Artificial lakes and waterfront landscapes often face challenges from rising groundwater, seepage pressure, and uncontrolled subsurface water movement. POME’s StrataDrain systems provide a reliable and efficient method to intercept and redirect groundwater beneath lake liners, ensuring long-term stability and performance of the entire waterbody structure.

Key Challenges

Groundwater Uplift
High water tables create uplift pressure that can damage or displace HDPE liners.
Seepage and Pressure Build-Up
Uncontrolled subsurface flow leads to localized heaving, erosion of subgrade, and liner deformation.
Differential Settlement
Saturated soils can settle unevenly, compromising liner integrity and the lake’s hydraulic performance.
Complex Drainage Paths
Traditional granular drainage layers are costly, thick, and difficult to install uniformly across large areas.

POME’s Engineered Solution

Deploys StrataDrain geocomposite systems to efficiently intercept and relieve groundwater beneath lake liners.
Prevents uplift and pressure build-up, ensuring long-term protection of the liner and subgrade.
Provides high-flow drainage performance with a durable core and reliable filtration layer.
Minimizes excavation by replacing thick granular drainage layers with a thin, uniform system.
Ensures high-quality installation through POME’s proven experience in geosynthetics for lakes and water features.

Key Benefits

Reliable Control of Groundwater and Uplift Pressures
Improved Liner Protection and Long-Term Structural Stability
Lower Excavation and Material Costs Compared to Granular Drainage
Fast and Efficient Installation Across Large Areas
Optimized construction time and lifecycle cost

Engineered for Long Term Durability

POME’s StrataDrain solutions are designed to protect artificial lakes from the unseen challenges beneath the liner. By intercepting groundwater and relieving hydrostatic pressures, we deliver a stable foundation that enhances the longevity, safety, and operational performance of every waterbody. Our engineered approach ensures predictable drainage behavior—an essential component in the success of modern landscape and waterfront developments.