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SITA and Safety Line to help pilots and airlines limit CO2 emissions

Posted 22 September 2020 · Add Comment

SITA is partnering with start-up Safety Line to help pilots and airlines limit carbon dioxide (CO2) emissions and operational costs by reducing fuel consumption of aircraft at key flight stages.

 

SITA and Safety Line partner up to help pilots and airlines limit CO2 emissions.  Image: SITA

A flight can be roughly divided into three phases: climb, cruise and descent. Safety Line, a young French company that specialises in predictive big data solutions for airlines and airports, has made it its mission to help save aircraft fuel and reduce CO2 emissions during all these flight phases with a software suite called OptiFlight. The focus currently lies on the climb-out – the most fuel-consuming phase of a flight – and the cruise phase.

 

 Improving the cruise phase of a flight

 

Safety Line’s software solutions for the cruise phase, OptiSpeed, OptiDirect and OptiLevel, collectively called OptiCruise, have been integrated in Sita's widely used eWAS Pilot mobile application, which is part of Sita for aircraft ‘Digital Day of Operations’ portfolio. eWAS Pilot, used by 50,000 pilots of commercial airlines, business jets and cargo airlines, provides accurate 4D weather forecasts and real-time updates from various sources to warn about weather hazards such as thunderstorms, lightning, clear air turbulence, strong winds, icing and even volcanic ash.

 

Safety Line’s OptiCruise allows pilots and airlines to achieve significant fuel savings and carbon emission reductions. OptiSpeed shows pilots the fuel and time impact of speed variations with the objective of on-time arrival at the best fuel/time ratio while OptiDirect recommends shortcuts based on historical flight data and indicates possible fuel and time savings. OptiLevel advises pilots on the best initial flight level and cruise level changes, taking tailwinds and headwinds into account.

 

 Improving the climb phase of a flight

 

As part of the new partnership and through the ‘Digital Day of Operations’ portfolio, SITA now also offers Safety Line’s OptiClimb software. OptiClimb uses tail-specific machine learning performance models in combination with 4D weather forecasts, to recommend customized speed changes at different altitudes for each climb. The software predicts fuel burn in tens of thousands of possible flight scenarios and then issues recommended climb speeds to pilots ahead of each flight.

 

 Safety Line data shows that climb fuel savings of 5-6% are possible for each flight without affecting passenger safety or comfort. On a yearly basis, this could reduce CO2 emissions by several thousands of tons and operational costs by several million dollars, depending on the size of the airline fleet. Safety Line estimates that 5.6 million tons of CO2 could be avoided if all airlines in the world were to use OptiClimb.

 

 Technology and industry collaboration for more sustainable aviation

 

Sébastien Fabre, CEO for Sita for aircraft said: “We at SITA continue to seek smarter ways to use existing and new technologies and collaborate with partners in the air transport industry with the goal of making airline operations more efficient and environmentally friendly. The partnership with Safety Line is another important step for us that will enable airlines to embrace the digital shift that is needed to reinvent the operation of aircraft. It is about adopting more sustainable and cost-effective practices.”

 

 Sustainability and a sharp focus on cost-efficiency, along with safety and security will remain the top priorities for airlines in the COVID-19 era.

 

 Pierre Jouniaux, founder and CEO of Safety Line said: “We are delighted to partner with SITA, because pilots and airlines can now easily access our smart technology through SITA FOR AIRCRAFT’s ‘Digital Day of Operations’ portfolio and work towards more sustainable aviation. We look forward to delivering further innovation through this collaboration to save fuel and improve cost-efficiency at every stage of flight.”

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