Dams, Hydropower & Reservoirs operate under extreme hydrostatic loads and often cannot be shut down or drained for repairs. This solution is focused on safely stopping leaks in these critical structures, stabilizing concrete, and extending asset life without compromising generation or water supply.
We combine deep injection, structural repair, and tailored waterproofing systems that perform under high pressure, aggressive water chemistry, and complex access conditions.
Dams, Hydropower & Reservoirs need to operate safely under extreme pressure, often without the option of draining or shutting down. We focus on the leak and deterioration scenarios that threaten that reliability.
We design methods and materials around your specific structure, operating regime, and safety constraints.
This solution serves dam and hydropower owners who need proven methods under real‑world constraints.
Dam owners, hydropower utilities, and operators of large water infrastructure who must maintain safe, continuous operation under regulatory scrutiny and cannot easily take assets offline for conventional repairs.
Concrete dams, spillways, galleries, and hydropower structures with active leaks or aging concrete, where access is challenging, water levels cannot be significantly reduced, and long‑term reliability is mission‑critical.
If you operate dams or hydropower assets with active leaks or aging concrete, we can plan and execute a repair program that restores watertightness and structural reliability—without draining reservoirs or taking critical components offline.

Chronic leaks reduced capacity in this potable water reservoir. EURAS® Gel Type B was injected under high pressure—restoring integrity without excavation.

When active leaks threatened the valve chamber of this hydropower plant, the EURAS® team responded with high-pressure injection of Gel Type B—sealing the structure in just 48 hours.

Persistent leaks under high reservoir pressure threatened dam safety. Using EURAS® Gel Type B, our team performed deep high-pressure injection—stopping leaks permanently without lowering water levels.

When chronic leaks at the surge chamber–tunnel interface threatened performance, EURAS® Gel Type B was injected under high pressure to create a permanent waterproof barrier.

Persistent water leaks in the penstock galleries of this hydroelectric plant were compromising operations and structural safety. Traditional methods failed — until EURAS® Gel Type B was applied.

A leaking expansion joint (S2–S3) in one of Serbia’s most critical hydroelectric plants was sealed without shutting down operations using EURAS® Gel Type B.