Aviation

2016 / 08 / 01

Whether it be a private or commercial aircraft hangar, maintenance hangar or even airport terminal, Airius destratification fans balance internal temperatures to significantly improve occupant comfort and reduce heating and cooling costs by up to 40%.

By equalising temperatures and recirculating rising heat back to the floor, Airius fans reduce turnaround times, speed up daily processes and reduce maintenance downtime. Most importantly, your employees and visitors will be consistently comfortable all year-round.

Features and Benefits

  • Vastly improved comfort levels all year round
  • 40%+ reduction in heating costs
  • 20%+ reduction in cooling costs
  • 40%+ reduction in carbon emissions
  • Rapid ROI – Usually 12 – 24 months
  • Works alongside ALL types of HVAC systems
  • Minimal running costs (from £6/pa)
  • Applicable for hangars up to 40m high
  • Significantly reduced HVAC maintenance costs
  • Recycles process heat, lighting and solar gain
  • Reduces or eliminates condensation & wet floors
  • Significantly reduces heat loss through roof
  • Reduces hangar heat up time
  • Continuous airflow deters birds and insects

We all know heat rises and the higher the ceiling the more heat is wasted, filling the unoccupied space above occupant’s heads. Hangar and terminal HVAC systems try to overcome this by constantly pumping warm or cool air into the space in an attempt to achieve thermostat setpoints at floor level. In aircraft hangars, terminals and aviation buildings, which can reach 40+ metres high, this heating of the void can represent tens, if not hundreds of thousands of pounds in heading costs.

Airius destratification fans resolve this problem by slowly recirculating rising warm air back down to the floor in a slow moving, invisible column of air without creating drafts. This continuous air recirculation creates a uniform and even temperature throughout the space from floor to ceiling. This enables thermostat setpoint to remain the same, but heating and cooling system do not have to work as hard to maintain it, significantly reducing both running costs and energy consumption.