The selected projects below highlight the practical use of AquaGuard systems in tunnels, reservoirs, ponds, treatment structures, and roof rehabilitation applications where long-term protection, flexibility, and waterproofing performance are important.

AquaGuard coating technology was used in the Ashgabat drainage tunnel project in Turkmenistan, a major underground infrastructure development designed to lower groundwater levels, reduce seasonal groundwater fluctuation, and help protect urban infrastructure and engineering utilities from flooding.

This project demonstrates the suitability of the coating system for tunnel and underground infrastructure applications where seamless membrane performance, long-term protection, and compatibility with engineered concrete structures are important.

AquaGuard coating technology was used for a pond and reservoir waterproofing application in Bosnia, demonstrating its suitability for water-retention, seepage-control, and lined pond construction.

The project included excavation, liner installation, seam treatment, application of the protective waterproofing system, and completion of the finished pond. The resulting installation demonstrates the value of a seamless protective lining approach for ponds, lagoons, irrigation reservoirs, and other water-storage structures where durability, flexibility, and water retention are important.

Capital United’s coating system was used in a major water infrastructure project in Orange County, California, involving treatment plant structures requiring durable waterproofing and protective lining performance.

This project demonstrates the suitability of the technology for demanding utility and water-management applications where seamless membrane formation, adhesion, and long-term protection are important.

At the Locomotive Stadium in Kharkiv, the existing torch-applied roofing membrane had developed cracking at the joints due to thermal movement and seasonal temperature changes.

A seamless monolithic membrane was applied over the existing surface to help eliminate joint-related failure points and restore waterproofing performance. The coating system provided flexibility, elongation, and resistance to thermal cycling, helping the roof accommodate movement without the joint cracking associated with the original membrane system.