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.
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Holland Township Community Pool
The Holland Township Community Pool in Milford, NJ, has existed since the 1950s. However, deterioration over time has resulted in severe cracks in the concrete. The cracks have compromised the pool’s ability to maintain a watertight structure, necessitating annual repairs.
Piqua Nuclear Reactor Encapsulation Project
In 1957, the Atomic Energy Commission designated Piqua, Ohio, for a groundbreaking project: the construction of a nuclear power plant dedicated exclusively to generating electricity. The reactor became operational in 1963, marking a pivotal moment in the use of nuclear energy for electricity.
Calvert City WWTP Influent Lift Station & Plant Improvements
Xypex Bio-San was specified in the precast elements for the Wastewater Treatment Plant Influent Lift Station and Plant in Calvert City, Kentucky. Forterra Pipe & Precast added Bio-San to a total of 180 cubic yards of treated pre-cast concrete for this project.
MDA Levis - Seniors’ Residence Foundation Waterproofing
In the strategic rejuvenation of the MDA Levis Seniors’ Residence, the team faced a significant challenge: a compromised raft slab and basement walls due to the failure of an existing membrane waterproofing system. Positioned 4 feet within the water table and enduring a constant hydrostatic pressure of 1.7 psi, the need for a definitive and enduring waterproofing solution was paramount.