Plan unveiled to make jet fuel from Canadian forestry waste

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The world’s largest aircraft manufacturer is collaborating with Canada’s aviation industry, the University of British Columbia and Amsterdam-based SkyNRG to turn forestry waste into sustainable aviation biofuel.

The project was announced Wednesday at the 2015 Canadian Bioeconomy Conference in Vancouver.

Boeing has in the past partnered with the Abu Dhabi-based Masdar Institute and the Brazilian aircraft maker Embraer to advance sustainable aviation biofuel development.

Under the latest initiative, a consortium that includes Boeing, Bombardier, Air Canada, WestJet, research institutions and industry partners will assess whether forestry waste could also be harnessed to produce sustainable aviation biofuel, Boeing said.

Thermochemical processing will be used for this, the company added.

“Sustainable aviation biofuel will play a critical role in reducing aviation’s carbon emissions over the long term,” said Julie Felgar, managing director of environmental strategy and integration at Boeing Commercial Airplanes.

“Canada is in a terrific position to leverage its sustainable forests to make environmental progress for its aviation industry and other transport sectors.”

Boeing said a 2015 company-sponsored study by UBC had found that aviation biofuel made from forest waste could meet 10 per cent, or about 175 million liters, of British Columbia’s annual jet fuel demand.

The Green Aviation Research and Development Network of Canada is funding the project as part of a portfolio of investments in technologies to reduce aviation’s carbon emissions.

The U.S. Department of Energy estimates that using sustainably produced biofuel will reduce lifecycle carbon dioxide emissions by 50 to 80 per cent compared to conventional petroleum fuel.

The images are courtesy of Boeing, UBC and GARDN.

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Shaesta Waiz sets sights on global solo flight

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Shaesta Waiz is already famous as Afghanistan’s first certified civilian female pilot.

The 28-year-old Embry-Riddle Aeronautical University student is now setting her sights on a bigger feat – to become the youngest female to fly solo around the world.

Her 90-day, 33-city, 19-country, five-continent flight is scheduled to take off form Daytona Beach, Fla., on June 2, 2016.

The 43,964-kilometre flight was announced Wednesday at the National Business Aviation Association annual convention in Las Vegas.

Waiz will fly a Beechcraft Bonanza A36, being provided by High Performance Aircraft.

“As a pilot, I have this passion for aviation that I want to share. But it’s more than that. I want to show women that they can succeed in anything, including flying around the world,” Waiz said.

She is currently completing a master’s degree in business administration at Embry-Riddle, the world’s largest and oldest university specializing in aviation and aerospace studies.

“To have my university and the aviation industry support me and make this come true speaks volumes not only to their belief in me and this ground-breaking journey, but every young person with a dream,” Waiz said.

Also participating in the project are the Dick and Betsy DeVos Family Foundation, Bose Corp., American Bonanza Society, Avfuel, Florida Aviation Business Association, MSK Concepts, Beeline, ICAO, UNDP and various individuals.

In 2014, 19-year-old Matt Guthmiller of South Dakota became the youngest person to fly solo around the globe when he completed his 46,570-kilometre journey, also in a Beechcraft Bonanza A36.

The images are courtesy of Embry-Riddle.

 

Ultra-fast Internet for Global business jets

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Kurt Weidemeyer of Inmarsat, William Shatner, Jean-Christophe Gallagher of Bombardier Business Aircraft and Jack Jacobs of Honeywell at the announcement in Las Vegas.

Three companies are joining forces to offer what is being called the fastest Internet connectivity in business aviation.

Bombardier Business Aircraft said Tuesday that testing and validation for the service was nearing completion.

The Canadian aircraft manufacturer is partnering with Honeywell and Inmarsat to offer the so-called Wireless Access Virtually Everywhere, or WAVE, on its Global business jets from next year.

“Passengers can now stage a videoconference, browse the Internet or stream online shows high above land and water, as seamlessly as they would on the ground,” the company said on the opening day of the 2015 National Business Aviation Association conference and exhibition in Las Vegas.

“Bombardier is the first business aircraft manufacturer to make ultra-high-speed Wi-Fi services available in flight globally and the first to offer performance commitments for network availability and speed,” it said.

The service will be available on new Global 5000, Global 6000, Global 7000 and Global 8000 aircraft.

There will also be a retrofit option for Global Express, Global Express XRS, Global 5000 and Global 6000 aircraft.

“Our Global aircraft can link virtually any key city pair worldwide, non-stop, at close to the speed of sound, and the Bombardier WAVE system is intended to match this performance with its exceptional speed, promise of reliability and worldwide reach,” said David Coleal (left), president of Bombardier Business Aircraft.

“WAVE is a further example of how Bombardier is leading the industry in delivering the ultimate cabin experience to its customers.”

The system leverages Honeywell Aerospace’s JetWave hardware and Inmarsat’s JetConneX solution to deliver high-speed access, consistent performance and seamless coverage across the globe, Bombardier said.

“Our JetWave hardware, coupled with Inmarsat’s JetConneX solution, is ushering in a new era of connectivity in the skies,” said Kristin Slyker, vice-president at Honeywell Aerospace.

“The industry continues to demand better, more consistent and faster in-flight Wi-Fi to make the travel experience better and our next generation technology is leading the way to satisfy these demands.”

The images are courtesy of Bombardier, Honeywell and Inmarsat.

First Dreamliner goes on show in Nagoya

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Several key parts of the Boeing 787 Dreamliner are made in Nagoya, the heart of Japan’s aerospace industry.

They are then flown from the city’s airport in a converted 747-400 freighter known as Dreamlifter to Boeing assembly plants in the United States.

Today, Boeing rewarded the city for its contribution by donating the first 787-8 flight test aircraft to the Chubu Centrair International Airport.

Code-named ZA001, the airplane first flew on Dec. 15, 2009. It touched down in Nagoya on its last flight on June 22, 2015.

Many of its parts, including the main wing, forward fuselage and centre wing box, were manufactured in Nagoya.

“It is fitting that we bring Boeing’s first-ever 787 Dreamliner back home to Nagoya,” said George Maffeo, president of Boeing Japan.

“Many of our partners here spent countless hours to develop and produce the 787 Dreamliner’s airframe structure and Centrair was with us from the very start of the journey.”

He said the ZA001 had grown to symbolize the partnership between Boeing and Japan’s aerospace industry.

“We are honoured to be selected by Boeing to house the permanent display of the world’s first-ever 787 Dreamliner,” said Masanao Tomozoe, president and CEO, Central Japan International Airport Co., Ltd.

“This milestone will allow us to significantly contribute to the aerospace community as well as the Greater Nagoya region by spurring the imagination and interest of future aviation pioneers here in Japan.”

Located on a man-made island off the coast of Nagoya, Centrair is an international hub serving some 30 cities.

Boeing has now donated three of the six Dreamliner flight-test and certification program aircraft.

The ZA002 was presented to the Pima Air & Space Museum in Tucson, Ariz. and the ZA003 to the Museum of Flight in Seattle.

Images are courtesy of Boeing.

Billionaires ‘prefer Airbus business jets’

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The new ACJ319 Elegance

Airbus is predicting that it will sell 10 corporate jets this year as more billionaires are eager to take their lifestyles into the air.

“In the airline market, the customer is interested in economy. In the corporate jet market, that is not an issue for the customer,” said David Velupillai, marketing director at the European aircraft manufacturer’s corporate jet division.

Speaking from the Airbus headquarters in Toulouse, France, he said that a recent study commissioned by the company had provided some new insights into the billionaire lifestyle.

David Velupillai on board an ACJ318

Velupillai said a key finding was that billionaires in the Middle East love to travel with an entourage such as those looking after them and advising them on the ground.

That means they need a larger aircraft that will enable them to travel in comfort, which at present Airbus is best placed to provide, he said.

Airbus business jets can carry groups of between 19 and 50 people. Then, of course, there is the corporate version of the A380 superjumbo, which can carry 100 or more people.

A bedroom on the ACJ319 Elegance

Fly-by-wire is standard on all Airbus corporate jets, which are based on the modern family of Airbus aircraft and include the ACJ318, ACJ319, ACJ320 and ACJ321.

At the same time, Velupillai said, fly-by-wire is non-existent on many competitors’ jets.

“Recently I flew with a billionaire on an Airbus Corporate Jet and he was quite surprised by how comfortable the airplane was,” he said.

“He had never experienced such comfort and freedom of movement on an airplane before.”

Velupillai says that is because Airbus business jets are the widest and tallest in the market.

A new addition to the company’s product line is the new ACJ319 Elegance, an airplane which Velupillai said is easier and faster to outfit and which has generated a lot of buzz since its launch this April.

The lounge on the ACJ319 Elegance

The Elegance offers many innovations, including a modular approach which lets the customer choose from a wide range of seating and socializing options.

More than 170 Airbus business jets are currently in service around the world.

With the number of billionaires forecast to grow in Asia and the Middle East, Airbus is hopeful that the demand for its business jets will remain robust in the next few years.

By the way, if you want to buy one of these aircraft, it could take up to 20 months from order to delivery.

So be patient!

 

Flying Palace claims just ‘speculation’

Flashback: Alwaleed signs the A380 deal in 2007

Remember, the “Flying Palace” ordered in 2007 by Saudi billionaire Prince Alwaleed bin Talal?

The A380, scheduled for delivery next year, was purported to undergo $200 million worth of cabin outfitting featuring multiple bedrooms, a theatre, a turkish bath and a garage for Rolls Royce cars.

“All these claims are speculation, with the airplane yet to be outfitted,” said Velupillai.

Alwaleed resold his superjumbo in late 2012 to an unidentified customer.

“That’s true, but I can’t reveal the identity of the buyer,” said Velupillai.

All images are courtesy of Airbus.

 

 

Boeing, Embraer in biofuel initiative

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Boeing is partnering with Brazilian aircraft maker Embraer to advance sustainable aviation biofuel development in the largest country in South America.

They will conduct joint research at a centre in Sao Jose dos Campos Technology Park in Sao Paulo, Boeing announced today.

The two companies will also fund and co-ordinate biofuel research with other Brazilian instiutions.

“Boeing is working aggressively around the world to expand the supply of sustainable aviation biofuel and reduce aviation’s carbon emissions,” said Julie Felgar, managing director of environmental strategy and integration at Boeing Commercial Airplanes.

Boeing’s global initiatives include a project in Abu Dhabi, United Arab Emirates, where it has partnered with the Masdar Institute of Science and Technology and others to produce aviation biofuel.

“Embraer is committed in supporting the development of sustainable biofuels for aviation and the joint efforts with Boeing will undoubtedly contribute to the company continuing to be in the forefront of research in this area,” said Mauro Kern, executive vice-president of engineering and technology at Embraer.

Boeing’s experts have concluded that when produced sustainably, aviation biofuel emits 50 to 80 per cent lower carbon emissions through its lifecycle than petroleum jet fuel.

The fuel was approved for use in airplanes in 2011. Since then, Boeing says, it has been used on more than 1,500 passenger flights.

 

Abu Dhabi to produce aviation biofuel

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An artist’s impression of Masdar City. Masdar City photo.

Abu Dhabi, one of the world’s largest oil producers, is also a leader in environmental initiatives.

Its most ambitious project is the solar-powered Masdar City, which is being built about 20 kilometres east of the United Arab Emirates capital.

One of the institutes behind the project, the Masdar Institute of Science and Technology, is now joining state-owned Etihad Airways, U.S. aircraft maker Boeing and French oil giant Total to produce aviation biofuel in the UAE.

Oil refiner Takreer will also be a partner in BIOjet Abu Dhabi.

“BIOjet Abu Dhabi will engage a broad range of stakeholders to develop a comprehensive framework for a UAE biofuel supply chain, including research and development and expanded investment in feedstock production and refining capability in the UAE and globally,” the companies said Sunday.

A day earlier, an Etihad Boeing 777 took off on a 45-minute demonstration flight, powered in part by biofuel produced in Abu Dhabi.

“Our goal is to support and help drive the commercialization of sustainable aviation fuel in Abu Dhabi, the region and also globally,” said James Hogan, president and CEO of Etihad.

The BIOjet Abu Dhabi initiative comes just days after Boeing said it was awaiting regulatory approvals to use green diesel on its airplanes.

“Boeing works with partners around the world to advance sustainable biofuel development and sees great opportunity for BIOjet Abu Dhabi to have a positive impact in the UAE and globally,” said Jeffrey Johnson, president, Boeing Middle East.

Boeing wants to fly on green diesel

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Going green: Biofuel research at a Boeing laboratory in Seattle.

Boeing wants to use green diesel on its airplanes to reduce the environmental footprint.  The American aircraft maker says it has identified green diesel as “a significant new source of sustainable aviation biofuel.”

Green diesel is made from oils and fats and is already used in ground transportation.

It emits at least 50 per cent less carbon dioxide than fossil fuel over its lifecycle, Boeing said Tuesday.

“Boeing researchers performed analysis that found green diesel… to be chemically similar to today’s aviation biofuel. If approved, the fuel could be blended directly with traditional jet fuel,” the company said.

Efforts are already underway to gain regulatory approval for aircraft to fly on green diesel, it said.

“Green diesel approval would be a major breakthrough in the availability of competitively priced, sustainable aviation fuel,” said James Kinder of Boeing Commercial Airplanes Propulsion Systems Division.

“We are collaborating with our industry partners and the aviation community to move this innovative solution forward and reduce the industry’s reliance on fossil fuel.”

Boeing noted that significant green diesel production capacity already exists in the United States, Europe and Singapore that could supply as much as one per cent of global commercial jet fuel demand.

Boeing, the Federal Aviation Administration, engine manufacturers, green diesel producers and others are now compiling a detailed research report that will be submitted to key stakeholders in the fuel approvals process, the company said.

Images are courtesy of Boeing.

Green taxiing technology taking shape

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Airbus is embracing a green taxiing technology that would cut fuel consumption – and pollution at airports – substantially.

The electric green taxiing system, or EGTS, is being developed by technology giants Honeywell and Safran.

This is how the technology works. EGTS photo

It was demonstrated at the Paris Airshow in June.

The European aircraft manufacturer says it has signed a memorandum of understanding with EGTS International, a joint venture between Honeywell and Safran, to adopt EGTS for its A320 family of single-aisle airliners.

Airbus is calling it eTaxi.

The company says the system would allow the aircraft to push back from the gate without a tug, taxi out to the runway, and return to the gate after landing without operating the main engines.

The power will come from electric motors fitted to the airplane’s main landing gear wheels.

“Following our demonstration of the technology at this year’s Paris Airshow, this MoU marks the next critical milestone in the advancement of the electric green taxiing system as an option for Airbus A320 family,” said Brian Wenig, EGTS program vice-president at Honeywell Aerospace.

Olivier Savin, EGTS program vice-president at Safran, says the agreement is significant in the development of the system.

“Through this agreement we are creating the ideal context to collaborate to best utilize our own landing gear systems expertise to develop a green taxiing solution for the A320 family.”

Airbus says eTaxi will offer several operational and environmental benefits, including up to four per cent savings in fuel consumption and four per cent reduction in carbon dioxide emissions.

“Over the next few months the partners will jointly develop and present a global commercial case and implementation plan to determine the feasibility of an electric taxiing solution for the A320 family,” Airbus said Tuesday.

The system is expected to be installed on new aircraft in 2016.

Boeing expands training in Russia

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Pilot training in a 777 full-flight simulator. Boeing photo.

Boeing says it will open a new, state-of-the-art aviation training campus in Russia’s emerging high-tech centre in 2015.

The new full-service training facility will be located in the Skolkovo Innovation Center near Moscow, the U.S. aircraft manufacturer said Monday.

Initial capability will include flight, maintenance and specialty training, it said.

“We are bringing Boeing’s flight and maintenance training closer to our Russian customers, giving them the world-class support they need to successfully operate and maintain their fleets,” said Sherry Carbary, vice-president, Boeing Flight Services.

“Airlines in the region will benefit from a technologically advanced training campus staffed by the industry’s best qualified and most experienced pilots and instructors.”

Boeing will partner with the St. Petersburg, Russia-based avionics and flight-simulator manufacturer Transas on the project.

“We are delighted to become technology partners in this unique project,” said Nikholay Lebedev, president of Transas.

“We strongly appreciate that our flight simulation technologies have become part of this international project, aimed at improving the efficiency and quality of flight crew training in Russia — a sign of confidence in our products that we are proud of.”

Boeing says the new facility will open with four simulator bays, featuring three Next-Generation 737 full-flight simulators and one 777 full-flight simulator.

Two of the simulators will be built by Transas, it said.

Groundbreaking on the new campus is scheduled for spring of 2014, with training beginning in mid-2015.

Boeing has forecast that the Commonwealth of Independent States, including Russia, will require 15,200 additional airline pilots and 18,000 technicians over the next two decades, supporting 1,530 new commercial airplanes by 2032.