Cistern and Tank Waterproofing

Waterproofing cisterns and potable water storage reservoirs is an essential measure to prevent structural degradation, concrete carbonation, and expensive fluid loss. At Grupo Eleven Solutions®, we deliver advanced waterproofing solutions engineered specifically to withstand continuous hydrostatic pressure and demanding operational conditions. Utilizing specialized systems tailored to varied concrete substrates, we create an impenetrable, monolithic barrier that maintains water purity for luxury resorts, industrial warehouses, commercial facilities, and large-scale residential developments throughout the region.

Supported by more than 35 years of industry experience, our company applies manufacturer-approved systems using certified products meeting rigorous national and international standards for drinking water contact. Our qualified and specialized workforce performs thorough project evaluations, beginning with a free inspection and diagnosis. Backed by a written guarantee on all our work, we ensure lasting performance and structural resilience against harsh environmental conditions, humidity, and intensive daily operation.

What is Potable Water Cistern and Tank Waterproofing?

Cistern and tank waterproofing involves the precise application of specialized interior barrier systems designed to seal structural concrete from water penetration and prevent leaks. These high-performance coatings are safe for potable water reservoirs, meaning they do not leach volatile organic compounds, chemicals, or odors into the water supply. By isolating the liquid within the containment vessel, the system guards both the water purity and the concrete reinforcement against corrosion and internal dampness.

Water storage facilities constantly endure positive hydrostatic force along the walls and floor, as well as potential negative pressure from high water tables outside. Specialized waterproofing systems provide exceptional bonding, elasticity, and crack-bridging capabilities to resist these dynamic structural stresses. Applying these advanced technologies extends the operational lifespan of the tank, prevents costly water wastage, and preserves health compliance in facilities where uninterrupted, clean water supply is indispensable.