Dam & Irrigation
Preserving Structural Integrity of Dams
The long-term structural integrity of dams and irrigation systems depends on keeping moisture from contacting the steel reinforcement. Inadequate waterproofing, cracks, failing joints, biochemical attacks, alkali aggregate reaction and abrasion are problems often found in this challenging environment.
Deteriorating concrete can lead to water loss, reduction in water flow and expensive unplanned maintenance. Failing or compromised dams and irrigation systems can even threaten public safety and environmental quality, so it is critical to protect and maintain them. Whether specified for new construction, or used for repairing and rehabilitating dams and irrigation systems, Xypex Crystalline Technology blocks water ingress into the structure and extends the life of these critical structures.
Find Projects
Plaza Roztyly
Plaza Roztyly is a modern office building located in Prague 11, adjacent to the Roztyly metro station on line C. Completed in March 2024, it offers approximately 21,700 square meters of office space across seven floors, along with 1,600 square meters of retail space on the ground floor.
Čtvrť Emila Kolbena
The Čtvrť Emila Kolbena project is a significant urban development in Prague's Vysočany district, transforming a formerly industrial area into a modern residential and commercial space.
Tesla Hloubětín
The Tesla Hloubětín multifunctional complex, which situated in the rapidly expanding neighborhood of Prague, is a versatile haven of amenities. Conveniently located near tram stops on Poděbradská Street and a mere 3-minute journey from the metro B - Hloubětín station, it offers accessibility and connectivity.
Gotthardská Residence
The Gotthardská Residence in Prague, Czechia is a four-story residential building located in an exclusive area near the Prague Castle, offering a harmonious blend of historical preservation and modern urban living.
Residential Complex Vygurivshchyna
A one-year-old concrete parking lot, constructed one level below ground, was experiencing water ingress at the construction joints. After rainfall, the joints became consistently damp, indicating moisture penetration.
