CTT is supporting Fly Green Fund for development of SAF
CTT has a policy to carbon off set part of the companies business travel around the world. During 2022 it lead to purchase of 1 224kgs of SAF and reduction of almost 3 mtons of CO2.
Categories: sustainability
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Humidity in Balance - Makes people feel better
Humidification improves the working environment for Pilots and Crew, keeps immune system intact, less jetlag, better well-being and most important avoids dryness induced fatigue. Humidification improves the passenger overall comfort, keeps immune system intact, less jetlag and better well-being, maintain a strong immune system during flight and at arrival.
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First in Freighter Business: AIRBUS A350F available with Flight Deck and Crew Rest Humidifier
Airbus have made Flight Deck and Crew rest humidification available as SFE option for it new Freighter Aircraft A350F.
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Every Kilo Counts
An aircraft fuselage is wet from accumulated and trapped moisture due to fuselage condensation - causing excess weight - resulting in higher fuel consumption and more than required emissions of greenhouse gases
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CTT Systems Solar Powered
CTT Systems Solar Power Energy production started duing November -21 and has to date produced over 3,3 MWh
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Worlds best cabin climate?
China Southern's A350 is equipped with CTT Humidifier Onboard to provide good Cabin Air Quality. Humidifier Onboard transforms the experience ahead and beyond comfort to embrace senses and maintain the body’s moisture balance. Hereby quality of rest and sleep improves and further it prevents rapid degeneration of the immune system.
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CTT RECEIVES ORDER FOR TWO ACJ-ENHANCED INFLIGHT HUMIDIFICATION SYSTEMS FROM PMV IN PARTNERSHIP WITH AIRBUS CORPORATE JETS
CTT SYSTEMS AB (“CTT”), the market leader of aircraft humidity control system, today announces order for two ACJ-Enhanced Inflight Humidification (IFH) systems from PMV Engineering (“PMV”) in partnership with Airbus Corporate Jets (“ACJ”). The ACJ-Enhanced IFH systems are sold by ACJ to elevate cabin climate in two newbuilt ACJ319neo aircraft.
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CTT SYSTEMS CELEBRATES 100TH INFLIGHT HUMIDIFICATION VIP SYSTEM AWARD
CTT SYSTEMS AB (“CTT”), the market leader of aircraft humidity control system, today celebrates a milestone when receiving its 100th Inflight Humidification VIP system award.
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CTT Systems receives Inflight Humidification VIP system order for one Boeing BBJMAX8 aircraft from AMAC Aerospace
CTT SYSTEMS AB (“CTT”), the market leader of aircraft humidity control system, announces Inflight Humidification ("IFH") VIP system order from AMAC Aerospace for one Boeing BBJMAX8 aircraft. The IFH VIP system is designed to increase humidity in the entire aircraft cabin. The BBJMAX8 will be moisture protected with CTT’s unique Anti-Fuselage-Condensation technology.
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CTT make production of Sustainable products even more efficient, harvesting investment at Nybro plant
CTT invested in a new Laser cutter during Q3 2020 resulting in an improved production process reducing cost with 30-40%.
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Sustainability goals create renewed interest in dehumidification systems
CTT System AB’s Anti-Condensation dehumidification system reduces aircraft weight and emissions. Already in over 3,000 aircraft worldwide, the system is becoming increasingly sought after as the industry focuses on sustainability.
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Save annually 66 equivalent CO2 balloons by using Aircraft Anti-Condensation system
Condense water accumulated and trapped in Aircraft leads to excess weight with increased fuel burn and CO2 emissions as a result. For a typical A320/B737 family aircraft 200-300kg water could be trapped leading to >22 tonne additional fuel burn and >66 tonne CO2 emissions per year.
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Would you compromise on your Immune System?
An aircraft cabin is terribly dry. In flight deck it is almost no air humidity at all. In First and Business class, airlines' most premium passengers enjoy leading comfort and best services - but in practice the experience comes with a price - a cabin climate that is more dehydrating than any place on Earth
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Get delivery On time
Freighter Aircrafts are extremely dry due to no source of moisture resulting in an extremely dry Flight deck. The cargo flights are often long resulting in human dehydration which can lead to dryness induced fatigue and a reduced immune system.
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Fresh at the Front
Flight deck Air Quality is important for pilots on long haul flights. CTT has newly developed Humidifier solutions with VOC filters for improved working environment in flight deck.
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Dry at the Top
An aircraft fuselage is wet from accumulated and trapped moisture due to fuselage condensation, causing excess weight resulting in higher fuel consumption and extra emissions of greenhouse gases (read: more than required).
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Why Humidification in Aircraft premium cabin?
An Aircraft premium cabin is extremely dry. This film explain the reason and rationale behind it, the consequences and how to solve it and create a comfortable cabin air environment.
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Importance of Aircraft Cabin Humidity, from a scientific point of view
Extremely dry cabin air dehydrates and degenerates functionality of our immune system. But this is easy to cure. Humidifier Onboard elevates climate back to the wellness zone
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CTT (Bribo Nybro) add solar panels on roof to power production
CTT has signed a cooperation and partner agreement with Nybro Energi for solar power production at Bribo facility in Nybro.
The agreement is for 20 years on a 5000sqm large solar power farm on top of CTT (Bribo) roof. The solar plant will annually produce 200MWh providing CTT production with green renewable energy to produce sustainable humidifiers components for a better wellbeing in passenger -
CTT (Bribo Nybro) add solar panels on roof to power production
CTT has signed a cooperation and partner agreement with Nybro Energi for solar power production at Bribo facility in Nybro.
The agreement is for 20 years on a 5000sqm large solar power farm on top of CTT (Bribo) roof. The solar plant will annually produce 200MWh providing CTT production with green renewable energy to produce sustainable humidifiers components for a better wellbeing in passenger
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