« Back

Halton brings new technology to the market that provides substantial savings in cabin ventilation life cycle costs

07/03/2017
Halton Marine introduces a completely new cabin ventilation system for cruise ships. Halton chilled beam is an air conditioning system for cooling, heating and ventilating spaces where good indoor climate and individual space control are appreciated.

Halton brings new technology to the market that provides substantial savings in cabin ventilation life cycle costs

HVAC consumes a substantial part of energy on board. Intelligent, modern ventilation system not only enables lower running costs but it also improves safety and comfortable indoor climate conditions. Halton, which has nearly 20 years of experience in cabin ventilation and has delivered ventilation equipment for over 100,000 cabins, is now bringing to the market technology that provides substantial savings in cabin ventilation life cycle costs.

As a result of continuous research and development work, Halton Marine introduces a completely new cabin ventilation system for cruise ships. Halton chilled beam is an air conditioning system for cooling, heating and ventilating spaces where good indoor climate and individual space control are appreciated. The chilled beam system is an air/water system that utilizes the heat transfer properties of water and provides excellent indoor climate conditions with good energy efficiency.

Operation principle
Chilled beam systems are designed to use the dry cooling principle, operating with conditions where condensation is prevented by system design and controls. Operation of the product is designed so that filtering of the recirculated air is not needed.
The efficient mixing of chilled beam ventilation system results in uniform air quality inside the cabin. Supply air is diffused from linear slots on the product. Chilled beams use the primary air to induce and recirculate the room air through the heat exchanger of the unit, resulting in high cooling capacities and excellent thermal conditions in the space without a fan.

Halton CaBeam system offers comfortable, draught free conditions also in maximum cooling load conditions. Supply air is diffused from linear slots on the product towards the walls.

According to an independent study, chilled beams offer substantially lower life cycle costs compared to more traditional systems like fan coils. There are no filters that require changing, or a fan with electrical consumption and maintenance needs. But it is not only about savings, it is about the comfortable conditions. The chilled beam system offers more comfortable cabin ventilation conditions; individual control of temperature, draught free conditions also in maximum cooling loads and low sound levels.
Halton has a long experience in manufacturing chilled beams for different types of buildings like high-class offices, hotels, hospitals and retail shops around the world. The Halton Marine CaBeam is an extension to the company's system category and specifically designed for cruise ship applications. In addition to full-scale indoor air laboratories in three continents, Halton has full scale beam testing facilities in Finland.
The company believes that the new system will become an extremely interesting choice for cabin ventilation in the future, as it offers enhanced cabin air comfort with the highest operational efficiency. 

More information
Timo Husu
Technology Director, Halton Marine
timo.husu@halton.com

Halton Marine CaBeam is available as ceiling integrated model (above) or as exposed installation for new-buildings or refurbishments.

Value

  • Comfortable, stable cabin conditions with individual control of temperature and indoor air quality
  • Draught free also in maximum cooling load conditions
  • Low sound levels
  • Low life-cycle costs compared to VAV and fancoils
  • No filters to be changed, no fan maintenance, no electrical consumption of the fan
  • Dry cooling coil; no condensate collection system
  • Lighting, speakers or other building technology equipment can be integrated to the beam