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Climate control is vital to the aerospace industry, impacting the quality and longevity of the aircraft and its components. Munters supplies a wide range of proven, energy-efficient climate solutions for the civilian aviation and space industry.
Factors such as humidity and temperature directly impact the availability, quality and condition of aerospace systems, equipment and components as well as maintenance, repair and replacement costs.
To help create the best climate conditions in aerospace environments, Munters provides dehumidification and humidification solutions to optimize humidity levels, ventilation systems and Volatile Organic Compounds abatement (VOC) to minimize emissions.
With a global team of experts, Munters provides aerospace solutions that have a positive impact on your operations, securing the right climate conditions and delivering immediate payback.
Aerospace manufacturing and production require special Indoor climate conditions. Composite materials, for instance, call for proper climate control to regulate quality and curing rates. With its team of climate control experts, Munters offers a wide range of proven, energy-efficient solutions that have on your manufacturing or production process.
Contact Munters to inquire about our wide range of climate control solutions for the civil aviation and space industry.
Minimizing static conditions when painting aircraft is important to prevent uneven paint thickness and poor quality of the paint job in general. Munters offers proven dehumidification, ventilation and VOC abatement solutions to maintain the desired climate and minimize emissions from aerospace painting operations.
Over the years, we have also supplied our industrial climate solutions to organizations like NASA and ESA.
Contact Munters to inquire about our wide range of climate control solutions for the civil aviation and space industry.
Aircraft or aircraft systems and components benefit from humidity control, reducing the risk of corrosion and costly electronic failures to avionics and systems. A common cause of humidity-related problems is the absorption of moisture into the insulation blankets during flight. As a result, the micro-climate inside the aircraft contributes to structural corrosion inside the pressure cabin and influences the behavior of moisture-sensitive equipment and cable and connector interfaces.
Munters also provides dehumidification solutions for space programs. The ESA frequently transports components to their launch site in Kourou, French Guyana, in dehumidified containers. Doing so ensures the preservation of component quality during transport and storage until mounting these items into the Ariane launch system.
Contact Munters to inquire about our wide range of climate control solutions for the civilian aviation and space industry.
Dehumidification protects grounded aircraft from short or long-term moisture-related damage and ensures operational readiness for airlines and airports worldwide. In the wake of the Covid-19 pandemic, many aircraft have been grounded and are now at significant risk of costly damage from moisture-related issues such as condensation, mold and corrosion.
Fleet owners, aircraft owners, regional and national airlines and airport maintenance hubs benefit from ensuring the right climate control solution for their needs. Munters has vast global experience in preserving grounded military and civil aircraft.
Protecting the interior of the grounded aircraft using Munters dehumidification solutions reduces and controls humidity levels within the cabin. Maintaining the relative humidity at a low level, irrespective of fluctuating ambient conditions, safeguards the cabin seats, carpets and electronics from moisture-related deterioration.
Contact Munters to inquire about our wide range of climate control solutions for the civilian aviation and space industry.
Munters technologies and components have been integrated into market-leading CTT Systems’ humidity control products. The CTT Cair System humidifies extremely dry aircraft cabins, providing a comfortable climate for passengers and crew. The CTT Zonal Drying System prevents unwanted excess weight due to condensation on the interior of the aircraft’s outer skin and subsequent absorption of moisture into the insulation blankets.
Contact Munters to inquire about our wide range of climate control solutions for the civil aviation and space industry.
or protection of smaller turbines a so-called ”fresh air solution” is recommended. Dry air from the dehumidifier is lead to the turbine and the wet air exits the turbine into the open.
For bigger turbines the wet air is returned to the dehumidifier’s dry air inlet, in a so-called “return air system”. This principle will increase both energy efficiency and dehumidification capacity.
The dehumidifier is placed centrally in the cabin. By means of the extraction fan in the dehumidifier, the humid air from the cabin enters the dehumidifier and the humidity is absorbed by the desiccant wheel (rotor).
The dry air leaving the rotor is distributed within the cabin via flexible ducts along the aisle, typically under the seats. This allows for efficient protection of all parts of the cabin. The in- and outlet for the air used for the regeneration of the rotor can be lead to the open air via an opening in a window, e.g. in one of the doors of the aircraft.
Munters has been defining the future of air treatment and climate control solutions since 1955. We have the experience and expertise to offer you the right solutions.
Our proprietary and patented innovations contribute to substantial energy savings and cost reductions in your operations.
With Munters you get resource-efficient climate control solutions that contribute to achieving your sustainability targets.
Munters climate control technologies can provide reliable, cost-effective solutions for a wide range of climate control needs.
Our service solutions and products will provide optimal operation and performance for as long as needed, today and tomorrow.