Air Berlin Airbus A320-214 D-ALTL

Take off at MUC-EDDM "Franz Joseph Strauss"
Air Berlin Airbus A320-214 D-ALTL

Air Jamaica Airbus A340-313X 6Y-JMM

Short finals at LHR-EGLL "London Heathrow"
Air Jamaica Airbus A340-313X 6Y-JMM

American Airlines Boeing B777-223ER N755AN

Short finals at LHR-EGLL "London Heathrow"
American Airlines Boeing B777-223ER N755AN

Aegean Airlines Boeing 737-3YO SX-BGK

Short finals at SKG-LGTS "Makedonia Airport"
Aegean Airlines Boeing 737-3YO SX-BGK

United Airlines Boeing 777-222 N778UA

Take off at MUC-EDDM "Franz Josef Strauss"
United Airlines Boeing 777-222 N778UA

Emirates Airbus A340-541 A6-ERG

Take off at ZRH-LSZH "Zürich-Kloten"
Emirates Airbus A340-541 A6-ERG

Reliance Industries Bombardier BD-700-1A10 GE VT-DHA

Taxiing at ZRH-LSZH "Zürich-Kloten"
Reliance Industries Bombardier BD-700-1A10 GE VT-DHA

Lufthansa Airbus A330-343 D-AIKJ

Take off at MUC-EDDM "Franz Josef Strauss"
Lufthansa Airbus A330-343 D-AIKJ

Dornier Do31-E3 D-9531 (Prototype)

Deutsches Museum Flugwerft Oberschleißheim
Dornier Do31-E3 D-9531 (Prototype)

Varig McDonnell Douglas MD-11 PP-VTJ

Touch down in MUC-EDDM "Franz Josef Strauss"
Varig McDonnell Douglas MD-11 PP-VTJ

Olympic Airlines Boeing B737-484 SX-BKF

Taxiing at SKG-LGTS "Makedonia Airport"
Olympic Airlines Boeing B737-484 SX-BKF

Lufthansa Junkers Ju52/3m D-ANOY (fake reg)

Displayed at visitor's park MUC-EDDM "Franzt Josef Strauss"
Lufthansa Junkers Ju52/3m D-ANOY (fake reg)

Germanwings Airbus A329-112 D-AKNO

Take off at MUC-EDDM "Franz Josef Strauss"
Germanwings Airbus A329-112 D-AKNO
Posts mit dem Label ASIAN INDUSTRY werden angezeigt. Alle Posts anzeigen
Posts mit dem Label ASIAN INDUSTRY werden angezeigt. Alle Posts anzeigen

Qatar Airways makes first flight with gas

Qatar Airways said it has completed the world's first commercial passenger flight powered by fuel made from natural gas, highlighting the aviation industry's continued efforts to reduce its dependency on oil-based fuel.

The flight from London Gatwick to Doha, Qatar, Monday was operated with an Airbus A340-600 aircraft powered by Rolls-Royce Group engines, using a mixture of synthetic gas-to-liquids, or GTL, kerosene and conventional oil-based kerosene fuel developed by Royal Dutch Shell, the airline said in an emailed statement.


"This milestone flight is the first step in making this alternative fuel available to airlines," Qatar Airways' Chief Executive Akbar Al Baker said in the statement.


The aviation industry is under growing pressure from environmental groups to reduce harmful emissions. Airline executives last month pledged to cut emissions to 50% below 2005 levels by 2050.
A number of airlines, including Virgin Atlantic, Continental Airlines (CAL) and Air New Zealand, have been testing biofuels on commercial flights as an alternative to existing pollutants.
Last December, Air New Zealand successfully flew a test flight powered by second-generation biofuel.
It was the world's first test flight using jatropha biofuel and followed a Virgin Atlantic test flight earlier in the year using a blend including coconut oil and babassu nut oil.
In February 2008, Airbus, a unit of European Aeronautic Defence & Space Co. (EADSY), flew an A380 powered by GTL fuel.
However, Qatar Airways claims to be the first airline to use GTL kerosene on a commercial passenger flight.
"We are now well on the way to launching GTL on a world scale for the first time," said Malcolm Brinded, Shell's executive director upstream international.
Qatar Airways didn't provide any details on by how much the GTL fuel would reduce emissions compared with conventional kerosene.
The Persian Gulf state of Qatar, holder of the world's third-largest gas reserves after Russia and Iran, will become the world's leading producer of GTL kerosene when it is put into commercial production from 2012.
It is already the world's top exporter of liquefied natural gas, or LNG, and by the end of the decade will have a total capacity of more than 77 million tons a year.
Shell and Qatar Petroleum are building the world's largest GTL plant in the Gulf state. The first phase of the Pearl GTL facility being built at Ras Laffan Industrial City is scheduled for completion by the end of next year.
The plant will produce around 1 million tons per annum of GTL kerosene from 2012, enough to fuel a commercial aircraft for 500 million kilometers, the Qatar Airways' statement said.
"Commercial aviation is one of the exciting new markets that this opens up, helping us maximise the value from our natural resources," Abdulla bin Hamad Al Attiyah, Qatar's deputy prime minister and minister of energy and industry said in the statement.
GTL jet fuel, a 50:50 blend of synthetic GTL kerosene and conventional oil-based kerosene fuel, was approved as safe for use in civil aviation by ASTM International last month.


source: business.maktoob.com

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Sukhoi Superjet 100 begins high altitude trials



At Gyumri SSJ100 will undergo a series of tests, assessing takeoff and landing performance as well as climb rate characteristics. These tests shall demonstrate the capability of the aircraft to sustain safe take off and landing, including missed approach in such complicated natural conditions. Besides, this test series is aimed at evaluation of main aircraft systems performance, while main focus will be on engine and auxiliary power unit operation.
Located at high altitudes (5000 ft/1524m), international Shirak Airport serves Gyumri — the second largest city of Armenia. Built in 1961, it has been upgraded in 2007 to meet ICAO First Class Airport requirements. It is peculiar for being clutched in the surrounding mountains and, hence, available for takeoff and landing only from the south. Its runway is 3220 m long, 45 m wide.
source: aviationnews.eu

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Mitsubishi Aircraft Announces Final MRJ Configuration


Mitsubishi Aircraft Corporation (MJET) announces that the MRJ configuration has been finalized, placing the regional jet on the path to completing critical design review and design freeze in the coming months. The new configuration incorporates a number of significant improvements that reflect design progress and promise greater value to our respected customers.

These improvements are the result of discussions with and feedback from our customers. The improved design will allow the MRJ to meet and exceed the expectations of the market. Specifically, these enhancements will boost the MRJ’s value where it matters most - in the marketplace and in airline operations. In this issue we elaborate on some of the improvements and changes that have been made.

First, the cabin has been modified to better meet customer requirements. The new configuration will offer a wider cabin with more head clearance than the competitor’s. The cabin height has been raised an additional 1.5 inches. This also translates into an additional 12% volume of space in the overhead bin, which will better serve airlines and passengers by accommodating more carry-on baggage,
including large-size roller bags.

A second addition involves improvements to the cargo compartment. We have also moved to reflect the feedback of valued customers by introducing another efficiency-boosting modification in the design of the cargo compartments. We have combined the forward and aft cargo compartments into a single aft cargo compartment. The total cargo volume remains unchanged at 644 cubic feet, but will now be located in one place, resulting in a design that makes baggage handling simpler with the added bonus of improved stacking efficiency.

In addition, with the updated design the MRJ will feature an aluminum wing box, which will make it easier to manufacture the optimal wing structure. Easier optimization means enhanced competitiveness across the MRJ family: the MRJ70, the MRJ90 and the MRJ stretch version, a 100-seat jet, which is a recently announced potential addition that we are excited to tell you about in greater detail below.

The aluminum wing box will allow for a shorter lead-time to make structural changes, and with an aluminum wing box, the wings can be optimized to match the attributes of each member of the MRJ airplane family. This will maximize the performance of all MRJ models, including the possible stretch version.

As mentioned above, to better respond to the demands of our customers, we are now considering adding a stretch version of the MRJ to the MRJ family. While the MRJ90, the 92-seat jet, and the MRJ70, the 78-seat version, have both been launched, a 100-seat version is being proposed, contingent on sufficient market demand to trigger a full-scale launch of the program. In conjunction with these changes, our production schedule will also be adjusted with the first flight to take place in the second quarter of 2012, and the first delivery to take place in the first quarter of 2014. We remain more committed than ever to our mission of revolutionizing the regional jet market through the application of mainline jet technology and mainline customer support in a way that offers unprecedented value for the environment, passengers and airlines.

We thank you for your continued attention, interest
and support.

source: mrj-japan.com (.pdf)

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