Air Canada Takes Proactive Step in Ensuring Passenger Health and Safety with IAGOS Air Quality Sensors on A330
In response to the current pandemic crisis, Air Canada has taken a proactive step to ensure the health and safety of its passengers. The airline has installed IAGOS (In-service Aircraft for a Global Observing System) air quality sensors onboard its A330 aircraft. The sensors will help the airline monitor the air quality in real-time during flights. This step is a move towards the airline industry’s objective to provide safe, secure, and sustainable air travel during these unprecedented times.
Why Air Quality Sensors are Necessary?
The air quality sensors installed in Air Canada’s A330 aircraft are a necessity to provide further assurance to passengers about the safety of air travel. With the ongoing pandemic, the risk of virus transmission during air travel is a concern among passengers. The sensors will detect the concentration of volatile organic compounds (VOCs), carbon dioxide, temperature, and humidity in the cabin during the flight.
How Air Canada’s IAGOS air quality sensors work?
The IAGOS sensors, developed by the French research agency CNRS and the German Aerospace Center DLR, continuously measure the concentration of particles and gases in the cabin’s air. The data collected by the sensors will help the airline monitor and control the air quality in the cabin, ensuring the highest level of safety for passengers.
Why is this a significant step for the Airline Industry?
Air Canada’s move towards installing IAGOS air quality sensors in its aircraft is a significant step for the airline industry to provide customers with the assurance they need about air travel safety during the pandemic. The industry is stepping up and adapting its safety measures to ensure passengers’ well-being is a top priority always.
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Air Canada has installed IAGOS air quality sensors on its A330 aircraft to monitor the air quality in real-time during flights and ensure the safety of its passengers during the ongoing pandemic crisis. The sensors detect the concentration of VOCs, carbon dioxide, temperature, and humidity in the cabin during the flight. The move is a step towards providing safe, secure, and sustainable air travel during these unprecedented times, encouraging customers’ confidence and trust in the airline industry. #BUSINESS