Every ice rink operator faces the same challenge: how to reduce energy costs without sacrificing ice quality. Rising energy prices are forcing ice technicians to look for innovative solutions that enable more efficient operation while maintaining high standards. This is where the revolutionary HIPPOTRON® ICE technology comes in, changing the structure of water in a non-traditional way and opening up new opportunities for energy savings.
How the water structure modification technology works
HIPPOTRON® ICE modifies the molecular structure of water before it is filled into the ice resurfacer and subsequently frozen. This treatment makes it possible to achieve the same ice quality at a higher concrete slab temperature – specifically 1 to 2 °C higher than when using ordinary water. This means significant energy savings, because the cooling system does not have to work as intensively.
The resulting savings naturally depend on many factors, such as the insulation of the ice rink, the quality of ventilation, air flow in the hall, ceiling height, etc. and other technical parameters of the specific ice rink. Nevertheless, experience shows that HIPPOTRON® ICE technology can raise the operating temperature of the concrete slab at some ice rinks by up to two degrees.
Benefits for ice rink operation
Energy savings
The ability to operate the ice surface at a higher concrete slab temperature translates directly into lower electricity consumption. The refrigeration units do not have to run at full capacity, which leads to measurable savings in energy costs. For ice rink operators, this represents a significant economic benefit, especially at a time of high energy prices.
Preventing limescale build-up
Another advantage of HIPPOTRON® ICE technology is its ability to prevent the formation of limescale in distribution pipes and on technical equipment, including the ice resurfacer. The modified water structure reduces the deposition of minerals, which extends the service life of the equipment and lowers the costs of maintenance and limescale removal. A cleaner system also means better heat transfer and higher efficiency of the entire cooling circuit.
Improved ice quality and durability
HIPPOTRON® ICE technology also contributes to improved ice durability and quality, which is particularly appreciated by hockey players during training sessions and matches. Ice made from treated water shows better mechanical properties and a longer service life.
Practical application
Implementing HIPPOTRON® ICE technology is relatively simple and can be integrated into the existing systems of ice rinks. The investment in this technology pays for itself quickly thanks to energy savings and reduced equipment maintenance costs.
For ice rink operators, HIPPOTRON® ICE represents an ideal solution to current challenges: it makes it possible to achieve significant energy savings while improving the quality of the ice surface. At a time when operational efficiency and sustainability are increasingly important, this technology offers concrete and measurable benefits for the winter sports sector.
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