In a bold leap toward environmental leadership, Ras Al Khaimah International Airport (RAK Airport) is integrating cutting-edge sustainable technologies as part of a major terminal expansion—becoming the first airport in the Middle East and Asia to adopt DYNAES’s revolutionary thermodynamic energy efficiency system.

This milestone initiative is more than a technical upgrade; it’s a statement of intent. With Ras Al Khaimah’s tourism and economy rapidly accelerating, airport authorities are ensuring that growth goes hand-in-hand with sustainability. The move reflects a broader commitment to reducing environmental impact while meeting rising air travel demands.

Cooling Innovation, Warming Planet's Hope

Recognizing that air conditioning systems account for some of the highest energy consumption in airport operations, RAK Airport—guided by consultants ARTELIA Airport and STG Contracting—has turned to DYNAES’s breakthrough technology, first unveiled at Dubai COP28. The system’s installation in the terminal extension marks a regional first.

“Sheikh Salem bin Sultan Al Qasimi, Chairman of the Ras Al Khaimah Department of Civil Aviation, highlighted the vision behind the move: “RAK Airport joined the Retrofit Energy Program in 2023. Now, we are proving how even older infrastructure can lead the way in sustainability.”

Developed alongside leading scientific institutions including Mines Paris PSL, TÜV, and CNRS, DYNAES’s patented system enhances thermal performance without increasing compressor power or requiring complex electronics. It works by optimizing the interaction between refrigerants and lubricating oils in air conditioning systems—delivering improved reliability, maintainability, and energy savings.

Professor Assaad Zoughaib of Mines Paris PSL called the innovation “a major scientific breakthrough in the field of thermodynamics.”

Big Impact, Low Footprint

The environmental potential is massive. If deployed globally, DYNAES’s system could slash carbon emissions by up to 7%—equivalent to the total emissions from the internet and air traffic combined. At RAK Airport, the technology is supported by seasoned partners Airchal and Takyeef Factory, ensuring a strong foundation for its regional rollout.

This technology boost also aligns with RAK’s broader goals of economic diversification and sustainable development. With a 28% rise in passenger traffic last year, the airport is rapidly scaling up. Recent route expansions include Air Arabia’s new service to Uzbekistan and planned connections to Kenya, Georgia, and India via IndiGo.

A Model for Green Growth

RAK Airport’s ambitious blend of infrastructure growth and environmental responsibility is setting a new regional standard for sustainable aviation. As the airport continues to grow as a vital hub for tourism and trade, it is doing so with an eye firmly fixed on the future—one where economic and environmental priorities go hand in hand.

Ras Al Khaimah may be a smaller Emirate, but with RAK Airport leading the charge in clean technology, it’s making a big impact in global sustainability conversations.

In a bold leap toward environmental leadership, Ras Al Khaimah International Airport (RAK Airport) is integrating cutting-edge sustainable technologies as part of a major terminal expansion—becoming the first airport in the Middle East and Asia to adopt DYNAES’s revolutionary thermodynamic energy efficiency system.

This milestone initiative is more than a technical upgrade; it’s a statement of intent. With Ras Al Khaimah’s tourism and economy rapidly accelerating, airport authorities are ensuring that growth goes hand-in-hand with sustainability. The move reflects a broader commitment to reducing environmental impact while meeting rising air travel demands.

Cooling Innovation, Warming Planet's Hope

Recognizing that air conditioning systems account for some of the highest energy consumption in airport operations, RAK Airport—guided by consultants ARTELIA Airport and STG Contracting—has turned to DYNAES’s breakthrough technology, first unveiled at Dubai COP28. The system’s installation in the terminal extension marks a regional first.

“Sheikh Salem bin Sultan Al Qasimi, Chairman of the Ras Al Khaimah Department of Civil Aviation, highlighted the vision behind the move: “RAK Airport joined the Retrofit Energy Program in 2023. Now, we are proving how even older infrastructure can lead the way in sustainability.”

Developed alongside leading scientific institutions including Mines Paris PSL, TÜV, and CNRS, DYNAES’s patented system enhances thermal performance without increasing compressor power or requiring complex electronics. It works by optimizing the interaction between refrigerants and lubricating oils in air conditioning systems—delivering improved reliability, maintainability, and energy savings.

Professor Assaad Zoughaib of Mines Paris PSL called the innovation “a major scientific breakthrough in the field of thermodynamics.”

Big Impact, Low Footprint

The environmental potential is massive. If deployed globally, DYNAES’s system could slash carbon emissions by up to 7%—equivalent to the total emissions from the internet and air traffic combined. At RAK Airport, the technology is supported by seasoned partners Airchal and Takyeef Factory, ensuring a strong foundation for its regional rollout.

This technology boost also aligns with RAK’s broader goals of economic diversification and sustainable development. With a 28% rise in passenger traffic last year, the airport is rapidly scaling up. Recent route expansions include Air Arabia’s new service to Uzbekistan and planned connections to Kenya, Georgia, and India via IndiGo.

A Model for Green Growth

RAK Airport’s ambitious blend of infrastructure growth and environmental responsibility is setting a new regional standard for sustainable aviation. As the airport continues to grow as a vital hub for tourism and trade, it is doing so with an eye firmly fixed on the future—one where economic and environmental priorities go hand in hand.

Ras Al Khaimah may be a smaller Emirate, but with RAK Airport leading the charge in clean technology, it’s making a big impact in global sustainability conversations.

Etihad Airways has officially become a participant in IATA’s Turbulence Aware initiative, bringing its entire fleet-comprising nearly 100 Airbus and Boeing aircraft-into the programme. By doing so, every Etihad flight will now automatically feed anonymized, real-time turbulence data into a global network.

This development is set to further enrich the world’s largest database on in-flight turbulence, empowering pilots and dispatchers to make better-informed decisions about flight routes, thereby enhancing safety, comfort, and operational efficiency for all passengers and crew.

The Turbulence Aware programme is an aviation industry-wide collaboration that aggregates and shares precise, up-to-the-minute turbulence readings-known as Eddy Dissipation Rate (EDR) data-from aircraft operated by participating airlines, business aviation, and ground-based systems.

All the information is processed within seconds, ensuring that pilots, dispatchers, and operational teams can access the latest turbulence updates through their own flight planning tools, third-party apps, or IATA’s MET Viewer, a web-based interface that visualizes turbulence in vivid detail, including intensity, location, altitude, and relevant weather patterns.

The advantages of this programme are far-reaching. By providing objective, real-time turbulence data, Turbulence Aware helps flight crews steer clear of hazardous weather, uphold the highest safety standards, and reduce the likelihood of injuries among passengers and crew-an area of concern that remains a leading cause of in-flight incidents.

Furthermore, optimized routing supported by the programme leads to significant fuel savings, lower CO₂ emissions, and reduced operational expenses. The predictive power of the data also aids in minimizing aircraft wear and tear, which in turn helps decrease maintenance costs and increase fleet reliability.

With more than 2,600 aircraft now actively contributing to the data pool-and over 54 million turbulence reports generated in 2024 alone-the programme’s reach and data quality are rapidly expanding as additional airlines join the effort. Etihad’s involvement is especially significant, as it extends the programme’s coverage across the Middle East and all five continents it serves.

This ensures that pilots and dispatchers worldwide have access to the most accurate and timely turbulence information, supporting safer, smoother, and more efficient flights for everyone.

Captain Majed Al Marzouqi, Interim Chief Operations and Guest Officer at Etihad Airways, highlighted the airline’s strong commitment to safety, stating, “Having access to real-time, accurate turbulence data allows our pilots to make better decisions, resulting in smoother and more comfortable journeys for our guests.”

Kamil Al-Awadhi, IATA Regional Vice-President for Africa and the Middle East, also welcomed Etihad’s participation, emphasizing that timely, reliable turbulence data is key to improving flight safety and enhancing the overall passenger experience.

In essence, by joining the Turbulence Aware programme, Etihad Airways is not only reaffirming its dedication to safety and operational excellence but also playing a vital role in a global, collaborative movement to make air travel safer, more comfortable, and more sustainable for everyone involved.

SalamAir, Oman’s prominent low-cost airline, has introduced a new WhatsApp service designed to enhance the passenger experience by delivering flight tickets and boarding passes directly through the popular messaging app. This convenient feature allows travelers to bypass the traditional hassle of sifting through emails or printing documents, making the check-in process smoother and more efficient.

For a nominal fee of 0.250 OMR per booking, customers who provide their WhatsApp number during reservation will receive automated notifications with their booking confirmation and boarding passes, although the service currently supports only one-way communication from the airline to the passenger.

This innovative move is part of SalamAir’s ongoing digital transformation efforts aimed at offering more flexible and customer-friendly travel solutions. The airline, which operates a fleet of 13 Airbus A320 and A321 aircraft and conducts over 80 daily flights, plans to expand its fleet with a new A321neo arriving in early 2025 and an additional 10 Airbus A320s by 2028, supporting its growth strategy aligned with Oman’s Vision 2040.

SalamAir’s leadership, including Chief Commercial Officer Steven Allen, has emphasized the airline’s commitment to leveraging technology to provide travelers with seamless, personalized services.

Alongside the WhatsApp ticketing service, SalamAir has recently introduced other enhancements such as Express Bag and Priority services, further improving the overall travel experience. While the WhatsApp service improves convenience, passengers are responsible for ensuring their devices have adequate connectivity to receive messages.

The airline also maintains strict privacy policies to protect customer data and limits third-party sharing to essential service functions. This latest development reinforces SalamAir’s position as a trusted and innovative carrier in the Gulf region, continuing to prioritize customer satisfaction and operational excellence.

Qatar Airways is rapidly advancing its Starlink satellite internet rollout, achieving significant milestones ahead of schedule. As of February 2025, the airline has equipped 30 Boeing 777 aircraft—over 50% of its fleet—with Starlink’s high-speed, low-latency internet. This progress comes just four months after launching the world’s first Starlink-enabled Boeing 777 flight in October 2024.

Originally planned to take two years, the retrofit process has been optimized to just 9.5 hours per aircraft, allowing installations to be completed overnight without disrupting operations or flight schedules. The entire Boeing 777 fleet is now expected to be fully upgraded by mid-2025, nearly a year ahead of initial projections.

Following the completion of the Boeing 777 upgrades, Qatar Airways will begin outfitting its Airbus A350 fleet with Starlink by summer 2025. The airline operates one of the largest A350 fleets globally, with 58 aircraft (A350-900s and A350-1000s), and plans to complete this phase within an accelerated timeline as well.

Additionally, Qatar Airways has announced plans to extend Starlink installations to its Boeing 787 Dreamliners and other wide-body aircraft by the end of 2025.

The service offers passengers complimentary high-speed internet from gate to gate, enabling seamless streaming, gaming, and work capabilities at cruising altitudes. Qatar Airways Group CEO Engr. Badr Mohammed Al-Meer described Starlink as a "game-changer," emphasizing the airline’s commitment to redefining in-flight connectivity standards.

The installations are being conducted at the airline’s Qatar Airways Technic MRO facility in Doha Hamad International Airport, ensuring adherence to safety and efficiency standards.

Beyond Starlink, Qatar Airways is also enhancing its inflight entertainment systems through a partnership with Thales, establishing a maintenance hub in Doha for quick repairs and support. By the end of 2025, all wide-body aircraft in Qatar Airways’ fleet are expected to feature Starlink connectivity, reinforcing its position as a pioneer in aviation technology and passenger experience innovation.

Shradha Dabral, a junior aircraft maintenance technician at Delhi Airport, is challenging long-standing stereotypes in the aviation industry by excelling in a field traditionally dominated by men. As part of Air India’s workforce, where women account for an impressive 46% of employees, Shradha’s role involves ensuring aircraft safety and operational readiness through meticulous pre-flight inspections, troubleshooting mechanical issues, and performing routine maintenance checks.

Her work is critical to ensuring passenger safety and maintaining the reliability of Air India’s fleet—a responsibility that demands technical expertise, problem-solving skills, and unwavering attention to detail.

Aircraft maintenance is one of the most demanding areas in aviation, requiring technicians to work under high-pressure conditions and adhere to strict deadlines. The job often involves physically intensive tasks such as inspecting engines, repairing landing gear systems, and handling heavy equipment.

Despite these challenges, Shradha has embraced her role with determination and passion. She shares that one of the most rewarding aspects of her work is witnessing the planes she has serviced take off successfully, knowing her contributions play a vital role in the aviation ecosystem.

Shradha also reflects on societal perceptions that often associate technical roles like aircraft maintenance with men due to the physical demands and complexity involved. However, she firmly believes that gender should never be a barrier to pursuing one’s dreams.

She credits Air India for fostering an inclusive environment that values merit over stereotypes, allowing her to grow professionally without bias or discrimination. Her story is a shining example of how organizations can empower women by providing equal opportunities and support.

Beyond her technical expertise, Shradha cherishes the personal connections her career has enabled her to make. One particularly memorable moment was booking a flight for her grandmother, who had never traveled by air before. Watching her grandmother experience flying for the first time was a deeply fulfilling experience that underscored the personal impact of her professional achievements.

For aspiring women looking to enter aviation maintenance or other technical fields, Shradha offers valuable advice: focus on building your skills, stay resilient in the face of challenges, and don’t let societal expectations define your path. She emphasizes that the growing presence of women in aviation is gradually breaking barriers and inspiring change across the industry. 

Programs like mentorship initiatives, scholarships for women in STEM (Science, Technology, Engineering, and Mathematics), and targeted recruitment campaigns are also helping pave the way for more female representation in technical roles.

Shradha’s journey highlights not only her personal triumphs but also broader shifts within the aviation sector. As more women step into roles traditionally dominated by men—such as pilots, engineers, and technicians—they are reshaping perceptions and proving that success knows no gender.

Her story serves as a powerful reminder of the importance of inclusivity and equal opportunities in empowering individuals to achieve their full potential in challenging yet rewarding careers like aircraft maintenance.