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The Palm Jumeirah Water Tanks BACKGROUND The extraordinary location of this project created significant concrete waterproofing challenges in the construction of four below-grade water storage tanks, which include temperature-controlled seawater tanks for dolphins and a dolphin skimmer tank. The close proximity to the sea and saline water means that there is a high chance of sulphate-laden ground water contamination and therefore potential damage to the steel reinforcement of the structure. Also, due to the resort’s open location in the ocean, proximity to the desert and changing temperatures, there is a strong likelihood of rising water levels from fluctuating tides, storms or other natural calamities. The team was concerned that the rising water levels could compromise the integrity of the tanks, not only keeping the temperature-controlled water in but keeping sulphate-contaminated water out. SOLUTION The Krystol® surface applied system (which includes the Krystol T1™ and Krystol T2™ cementitious slurry treatments) was applied to the entire surface area inside of the water tanks to create a watertight tank protected from sulphates and other elements that could compromise the integrity of the structure. Membrane systems were also applied to the outside walls as outlined in the specifications. Based on Kryton’s proprietary crystalline waterproofing technology, the Krystol® System employs advanced integral crystalline waterproofing technology to transform porous concrete into a permanent, water-resistant barrier and provides a guaranteed defense against water damage and steel reinforcement corrosion through constant head pressure. When combined with water and concrete, Krystol® causes millions of needle-like crystals to grow and spread concrete particles and permanently block the movement of water and waterborne contaminants and resisting hydrostatic pressure. If cracks later form, incoming water cause additional crystals to grow, filling the cracks and ensuring that the structure’s waterproofing barrier is protected. Key factors in the Atlantis Construction Management Team’s decision to use the Krystol Concrete Waterproofing System were its ease of application. Also, the soil in hot or tropical climates found in Dubai, particularly along the coastline, contain high levels of sulphates, chlorides and other chemicals that decrease concrete’s integrity and corrode steel reinforcements. Unlike membrane-based systems the Krystol Concrete Waterproofing system becomes a permanent part of the concrete matrix it will not wear away and is impervious to surface damage making it extremely effective in such an environment. By blocking the penetration of water that can carry these contaminants and safeguarding concrete and reinforcements against corrosion, the Krystol Concrete Waterproofing System will prolong a structure’s life. The result? Significantly reducing the amount of membranes typically required for such projects by using Krystol at Palm Jumeirah saved significant construction time and costs for the project team. Unlike external membranes, Krystol does not deteriorate when exposed to harmful UV rays, aggressive chemicals and sulphate found in Dubai’s groundwater or prolonged heat. Waterproofing at Palm Jumeirah was successfully completed in June 2007.
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