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The No.1 Energy Saving Equipment for ice rinks

Eliminate the need for hot water when building and resurfacing the ice.

The REALice device forces the water to create an ordered Vortex movement inside the unit to separate the air bubbles from the water and crystalizes the lime particles. These changes created inside the REALice unit eliminates the need to use hot water to build or resurface the ice.

If you’d like to receive an estimate of your energy savings & ROI, take 2 minutes to give us more specifics about your arena by clicking on the “Calculator” button

Our Contact

Edit Content

The No.1 Energy Saving Equipment for ice rinks

Eliminate the need for hot water when building and resurfacing the ice.

The REALice device forces the water to create an ordered Vortex movement inside the unit to separate the air bubbles from the water and crystalizes the lime particles. These changes created inside the REALice unit eliminates the need to use hot water to build or resurface the ice.

If you’d like to receive an estimate of your energy savings & ROI, take 2 minutes to give us more specifics about your arena by clicking on the “Calculator” button

Our Contact

Canada’s Ice Rinks Slash Energy Use with Vortex Resurfacing Tech

Purpose of the Study

To evaluate the energy, emissions, and performance impacts of using REALice vortex-treated water for ice rink resurfacing, replacing conventional hot water with cold, degassed water in real-world Canadian arena conditions.

Technology Overview – REALice® System

  • Uses mechanical vortex treatment to remove microbubbles and entrained gases.
  • Eliminates the need to heat water to 140°F (60°C) before resurfacing.
  • Produces clearer, harder, more durable ice with less melting and shaving.
  • Installed as plug-and-play inline retrofit to arena resurfacing systems.

Study Scope

  • 10 indoor rinks across British Columbia participated.
  • Ice resurfacing water temperature reduced to ~60°F (15.5°C).
  • Monitored over 5–7 months for:
    • Natural gas use
    • Electricity for refrigeration
    • Indoor ice quality
    • User and operator feedback

Key Results

Impact AreaResult
Natural Gas SavingsAverage: 79% reduction (heating resurfacing water)
Refrigeration EnergyAverage: 29% reduction
Ice QualityMaintained or improved, less snow, faster freeze
Emissions ReductionSignificant GHG reductions across all test sites
Ease of UsePositive staff feedback, minimal disruption
Cost Savings~$3,000–$9,000 CAD/year per rink (energy alone)

Feedback & Observations

  • Operators reported no negative effects on ice quality.
  • Players and coaches observed fewer ruts, less snow, and smoother glide.
  • Water heaters remained off for months in some rinks.

Limitations & Considerations

  • Refrigeration energy savings vary based on arena efficiency and climate.
  • Training staff to adjust resurfacing practices is important.
  • Additional ice maintenance practices (like shaving) may need review.

Conclusion

REALice® technology delivers:

  • Proven energy savings in real-world arena settings
  • Better environmental outcomes (GHG, water heating, refrigerants)
  • Operational simplicity for municipal and private rinks
  • Faster return on investment (ROI in 1–2 years)

Highly recommended for large-scale adoption across arenas and eligible for FortisBC incentives.

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