The Spanish Ministry of Defence has signed the formal order for the acquisition of three Airbus A330 Multi-Role Tanker Transport aircraft (MRTT).
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Munich:
Starting from 1 December 2021
Flight no. | To | Departure | To | Arrival | Days |
WY123 | Muscat | 15:00 | Munich | 18:50 | Wednesday, Friday & Sunday |
WY124 | Munich | 21:45 | Muscat | 06:50 +1 |
Zurich
Starting from 1 December 2021
Flight no. | To | Departure | To | Arrival | Days |
WY153 | Muscat | 14:55 | Zurich | 19:05 | Wednesday & Friday |
WY154 | Zurich | 21:35 | Muscat | 06:50 +1 |
Kuala Lumpur
Starting from 4 December 2021
Flight no. | To | Departure | To | Arrival | Days |
WY821 | Muscat | 21:15 | Kuala Lumpur | 08:10 +1 | Tuesday & Thursday |
WY822 | Kuala Lumpur | 09:40 | Muscat | 12:50 | Wednesday & Friday |
WY823 | Muscat | 08:45 | Kuala Lumpur | 19:40 | Saturday, Thursday |
WY824 | Kuala Lumpur | 21:05 | Muscat | 00:15 +1 |
Photo John Mcarthur / unsplash |
The aviation industry is the safest mode of transportation in the world. Since its origin, the aviation sector has been constantly growing by delivering unrivalled speed and safety. The first sustained flight was accomplished in the United States; soon after, the notion of the controlled flight was shared with industrialists, and aircraft manufacture in the United States started. Military and cargo transportation were the first applications of aeroplanes. In the United States, the aviation industry began in the second decade of the twentieth century.
However, expansion was sluggish, and aircraft industries remained limited until the United States Federal Government began to meet the demands generated by World War I. Aeroplanes demonstrated their strength and dominance by performing successfully during World War II, and they were swiftly adopted by several commercial organisations. Aeroplanes size increased, as did the amount of cargo and people carried, and with the adoption of gas turbine engines in aircraft, air travel expanded beyond continents. With growth in passenger demand, the number of flights each day grew, and the quantity of pollution began to climb. Regulations were adopted by regulatory agencies operating within the law to increase sustainability by reducing pollution from aviation activities.
Aircraft noise may affect residents who live near airports. For years, the sector has attempted to reduce noise, with remarkable success: noise levels have been reduced by half in the previous 10 years. Each new aircraft generation is anticipated to have a noise footprint that is at least 15% lower than prior generations. The largest cause of noise pollution from airports is aircraft; however, additional noises generated by airports include equipment noise produced by ground vehicles and electrical generators.
An individual aircraft's Effective Perceived Noise Level at takeoff and landing defines its loudness (EPNL). It is evaluated when the aircraft is initially placed into operation and is used to track noise improvement over time. The earlier generation Boeing 737-400, for example, would have a higher noise level than the newer generation Boeing 737 Max 8. In 2013, the International Civil Aviation Organization ICAO, the United Nations' intergovernmental aviation organisation, implemented Chapter 14, a new noise reduction standard. According to the regulation, modern aircraft models must be at least seven decibels quieter than those constructed to the previous Chapter 4 standard. This assures that future aircraft will be equipped with the most advanced noise-cancelling equipment. ICAO also believes that between 1998 and 2004, the number of people globally exposed to aeroplane noise reduced by 35%. Sustainable aviation is the goal of aviation world where UK is looking to achieve net-zero emissions, so these practices are now part of aviation courses.
The amount of air passing through the engines, the surface area of the engine's fan blades, the engine's placement on the airframe, and even the number and size of flaps that aid in wing shape alterations have all been thoroughly investigated. Aircraft designers, manufacturers, and regulatory authorities worked together to tackle aviation noise pollution. After identifying separate sources of noise pollution, designers looked into several factors that contribute to the overall noise produced by flights. To combat noise pollution, aircraft designers, manufacturers, and regulatory agencies came together. Designers examined several aspects that contribute to the overall noise produced by aeroplanes after finding distinct causes of noise pollution. The majority of the noise comes from aircraft engines, but general aerodynamics was also a significant concern. Aircraft engines produce most of the noise while overall aerodynamics was also a major concern. To boost aerodynamic efficiency, designers and manufacturers made several improvements to the overall design. Hot exhaust gases and the movement of turbines and compressor blades on a rotating shaft can cause noise and vibrations in jet engines. Modern engines are extremely fuel-efficient and quiet, and the entire design has improved significantly. High bypass engines decrease noise pollution bypassing the majority of the cold air via the bypass and just a tiny part into the core for combustion. Because the violent mixing of hot and cold gases causes a significant percentage of noise pollution, this approach aids in decreasing the overall sound of the gas turbine engine.
Regulating where planes fly during takeoff and landing dramatically minimises noise pollution. The location and utilization of runways is critical; for example, to limit noise pollution, planes flying at night may fly over oceans or rivers. Air traffic control plots out flight patterns that avoid the most densely populated regions. Jetliners can now precisely follow predefined tracks thanks to recent breakthroughs in navigation performance. With the support of air navigation service providers and airport managers, airlines and pilots can use noise reduction techniques such as reduced power take-off, repositioned landing thresholds, and continual descending landings.
FAI has obtained supplementary type certification (STC) for the EpiShuttle on the aircraft type CL-600. Photo: FAI Air Ambulance. |
Completed the GECAS acquisition on November 1, 2021, making AerCap the worldwide industry leader across all areas of aviation leasing: aircraft, engines and helicopters.Completed the offering of $21 billion of senior unsecured notes in October 2021 and a $2 billion secured institutional term loan in November 2021 to finance the GECAS acquisition with an average coupon of approximately 2.6% and an average tenor of 7.1 years.Adjusted debt/equity ratio of 2.3 to 1 at September 30, 2021, which was a record low for the company. Pro forma for the GECAS acquisition, our adjusted debt/equity ratio was 2.8 to 1 as of September 30, 2021.Continued to see significant improvements in cash collections, trade receivables and deferral requests.Special items in the third quarter of 2021 included $442 million ($387 million after-tax) of other income related to proceeds from unsecured claims and $101 million ($88 million after-tax) of expenses related to the GECAS transaction.Signed lease agreements for 42 aircraft in the third quarter of 2021.100% of new aircraft order book placed through 2022.
When combined with secure geologic storage, it can permanently remove vast amounts of CO2 from the atmosphere, providing a tool to eliminate any CO2 emission, from any location and at any moment in time.Additionally, through integration with CE's AIR TO FUELS™ technology, DAC can be used to produce ultra-low carbon transportation fuels, such as SAF, by combining atmospheric CO2 with clean hydrogen.
easyJet joins Race to Zero by committing to set an interim carbon emissions reduction target for 2035 and to reach net-zero carbon emissions by 2050The airline will submit its interim science-based target to the Science Based Targets initiative (SBTi) for validation and present its net-zero roadmap in the coming monthseasyJet has consistently taken action on its carbon emissions through efficient operations today and the ultimate ambition to achieve net-zero emissions flying