Tag: Research (Page 3 of 4)

International Space Station Tests Virus Fighting Surface Coating Developed by Boeing & University of Queensland

February 16, 2021 / WIL BALDWIN

BRISBANE, Australia, Feb. 15, 2021 /PRNewswire/ — Astronauts aboard the International Space Station (ISS) are conducting experiments with an antimicrobial surface coating designed to fight the spread of bacteria and viruses, including the Earth-bound SARS-CoV-2 virus responsible for the current COVID-19 pandemic. Developed by Boeing [NYSE: BA] and The University of Queensland (UQ), the joint research project was tested aboard Boeing’s ecoDemonstrator last year as part of the company’s Confident Travel Initiative.

The ISS experiment tests two identical sets of objects, including an airplane seat buckle, fabric from airplane seats and seat belts, and parts of an armrest and a tray table. One set received the antimicrobial surface coating, the other did not. ISS crew members are touching both sets of objects every few days to transfer microbes naturally occurring on human skin; no microbe samples were sent to the station for this experiment. Later this year, the test objects will be returned to Earth for analysis at Boeing’s labs to measure the effectiveness of the surface coating in a space environment.

An antimicrobial surface coating in a spacecraft could help ensure the health of the crew and protect the spacecraft’s systems from bacteria – and ultimately may help prevent interplanetary contamination from Earth-borne or another planet’s microbes.

Boeing was selected by NASA as the prime contractor for the ISS in 1993. Since then, Boeing has provided round-the-clock engineering support – maintaining the station at peak performance levels through dynamic missions and ensuring that the full value of the unique research laboratory is available to NASA, its international partners and private companies for years to come.

Since 2003, Boeing and The University of Queensland have collaborated on a broad portfolio of joint research and development projects. In 2017, the Brisbane-based Boeing Research & Technology engineers relocated to the university in a first-of-its-kind partnership for the company’s Asia-Pacific region.

The Australian Institute for Bioengineering and Nanotechnology (AIBN) at UQ has been a driver for multidisciplinary research to tackle global problems. The AIBN houses over 400 researchers across a wide range of scientific disciplines.

Boeing is the world’s largest aerospace company and leading provider of commercial airplanes, defense, space and security systems, and global services. As a top U.S. exporter, the company supports commercial and government customers in more than 150 countries. Building on a legacy of aerospace leadership, Boeing continues to lead in technology and innovation, deliver for its customers and invest in its people and future growth.

Tesla to set up electric car manufacturing unit in southern India

February 13, 2021 / WIL BALDWIN

From Reuters News by By Bhargav Acharya and Aakriti Bhalla…

BENGALURU, India, February 14 (Reuters) – Billionaire Elon Musk’s Tesla, Inc. (Nasdaq: TSLA) will set up an electric-car manufacturing unit in the southern Indian state of Karnataka, according to a government document seen by Reuters on Saturday.

“The U.S. firm Tesla will be opening an electric car manufacturing unit in Karnataka,” the state government said in a brief statement.

The statement was part of a broader document outlining the highlights of India’s budget to its people in the local language of Kannada.

Click on the link below to read the full story!

https://finance.yahoo.com/news/1-tesla-set-electric-car-190327441.html

Lufthansa to Operate A350-900 Flight from Hamburg to the Falkland Islands

January 21, 2021 / WIL BALDWIN

On February 1, 2021, Lufthansa will be departing on the longest passenger flight in the history of its company, marking one of the most unique flights the airline has ever carried out. On behalf of the Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research (AWI) in Bremerhaven, the Lufthansa Group’s most sustainable aircraft, an Airbus A350-900, will be flying 13,700 kilometers nonstop from Hamburg to Mount Pleasant in the Falkland Islands. The flight time is calculated at around 15:00 hours. There are 92 passengers booked for this charter flight LH2574, half of which are scientists and the other half, being the ship crew for the upcoming expedition with the Polarstern research vessel.

“We are pleased to be able to support a polar research expedition during these difficult times. Commitment to climate research is very important to us. We have been active in this field for more than 25 years and have equipped selected aircraft with measuring instruments. Since then, scientists all around the world have been using the data collected during the voyage to make climate models more precise and improve weather forecasts,” says Thomas Jahn, fleet captain and project manager Falkland. Since the hygiene requirements for this flight are extremely high, Captain Rolf Uzat and his 17-member crew entered a 14-day quarantine last Saturday, the same time that the passengers did. “Despite the crew restrictions for this particular flight, 600 flight attendants applied for this trip,” says Rolf Uzat.

The preparations for this special flight are immense. They include additional training for the pilots via special electronic maps for flight and landing as well as managing the kerosene available at the Mount Pleasant military base for the return flight. The Airbus A350-900 is currently stationed in Munich, where it is being prepared for the flight. In Hamburg, the aircraft is loaded with additional cargo and baggage, which has been extensively disinfected and will remain sealed until departure. Besides the catering, there are additional containers for the residual waste on board, since this can only be disposed after the aircraft arrives back in Germany. The Lufthansa crew includes technicians and ground staff for on-site handling and maintenance who will quarantine after landing in the Falkland Islands due to government requirements. The return flight LH2575, is scheduled to depart for Munich on 03 February and will be carrying the Polarstern crew, which had set out from Bremerhaven on December 20 to resupply the Neumayer Station III in Antarctica, and must now be relieved.

In order to make research as climate-friendly as possible, the Alfred Wegener Institute will offset CO2 emissions from business flights via the non-profit climate protection organization atmosfair – which is also the case for this particular flight. The institute donates funds for biogas plants in Nepal for every mile flown, thereby reducing the same amount of CO2 emissions. This helps maintain the overall CO2 balance regardless of where in the world the CO2 emissions can be reduced. In addition to pure CO2 emissions, other pollutants such as nitrogen oxides and soot particles are also taken into account.

Preparations for the special flight began together with the Alfred Wegener Institute in the summer of 2020. The usual route via Cape Town was not feasible due to the infection situation in South Africa, leaving only the route via the Falkland Islands. After landing on the Falkland Islands, scientific staff and crew members will continue their journey to Antarctica on the research vessel Polarstern.

Embraer & EDP Announce Joint Effort in Electric Aircraft Research

November 22, 2020 / WIL BALDWIN

Embraer and EDP, a company that operates in all segments of the Brazilian energy sector, have signed a partnership for electric aircraft research. Through its EDP Smart division, the Portuguese-based multinational announced a financial contribution for the acquisition of energy storage and battery charging technologies for Embraer’s all-electric demonstrator aircraft project, utilizing the EMB-203 Ipanema as its test bed. The prototype, which is already in development, is scheduled to complete its inaugural flight in 2021.

The investment is part of the cooperation agreement signed by both companies to advance their shared knowledge of energy storage and battery charging technologies for aviation – one of the main challenges of the project. The partnership aims to investigate the applicability of high voltage batteries for the electric propulsion systems of small aircraft, in addition to evaluating the main operating characteristics, such as weight, efficiency and power quality, thermal control and management, cycling loading and unloading, and operational safety.

Technological Cooperation

This proposal for the technological development of aeronautical electrification was initially created as a cooperation between Embraer and WEG, in May 2019. The project was developed as an effective and efficient instrument for training and for the maturation of technologies prior to their application in future products.

The scope of the partnership with EDP is to develop shared research in the storage of high voltage energy, complementing Embraer’s ongoing research. These research and development initiatives seek to accelerate the combined knowledge of the technologies necessary for the use and integration of batteries and electric motors in order to increase the energy efficiency of the propulsion systems of aircraft.

For the evaluations, a small single-engine aircraft is being used as the test bed to perform a primary assessment of electrification technologies. Ground tests have taken place at Embraer’s facilities in Botucatu, in the interior of São Paulo, in preparation for the first flight, which will take place at Embraer’s Gavião Peixoto unit.

Electrification is just one project in a series of initiatives being developed by Embraer and the entire aeronautical industry aimed at ensuring a commitment to environmental sustainability, as already exemplified by biofuel developments to reduce carbon emissions.

EDP has a global commitment to electrify 100% of its fleet by 2030, as well as to develop new offers and commercial solutions that promote the energy transition. Last year, during Aneel’s Public Call on the topic of Efficient Electric Mobility, the Company approved an investment of about R$ 50 million in projects, via a Research and Development Fund consisting of both corporate and partner resources.

Norwegian Air Ambulance Receives First 5-Blade Airbus H145 Helicopter

October 1, 2020 / WIL BALDWIN

Airbus Helicopters has delivered the first five-bladed H145 to the Norwegian Air Ambulance Foundation. This new version of its best-selling H145 light twin-engine helicopter brings a new, innovative five-bladed rotor to the multi-mission helicopter, increasing the useful load by 150 kg while delivering new levels of comfort, simplicity, and connectivity. It received certification from the European Union Aviation Safety Agency in June and is now ready to take on a wide variety of missions.

The Norwegian Air Ambulance Foundation, founded by Norwegian doctor Jens Moe in 1978, is the mother company and owner of the Norwegian Air Ambulance. It brought HEMS to Norway by opening a first base near Oslo, using a BO105 helicopter rented from Germany. Today, Norwegian Air Ambulance operates all 13 HEMS bases in Norway and all 4 bases in Denmark using a 100% Helionix-equipped fleet of H135s and H145s. This helicopter is dedicated to support the Foundations important work to improve the HEMS operations.

The new version of Airbus’ best-selling H145 light twin-engine helicopter was unveiled at Heli-Expo 2019 in Atlanta with launch customers announced for all civil and parapublic mission segments.

Certification by the Federal Aviation Administration is under review and expected soon. The certification for the military version of the five-bladed H145 will be granted in 2021. The H145 is developed jointly with Kawasaki Heavy Industries. The first delivery by the Japanese cooperation partner is scheduled for early next year.

Powered by two Safran Arriel 2E engines, the H145 is equipped with full authority digital engine control (FADEC) and the Helionix digital avionics suite. It includes a high performance 4-axis autopilot, increasing safety and reducing pilot workload. Its particularly low acoustic footprint makes the H145 the quietest helicopter in its class.

Leonardo Joins Adelaide’s Lot Fourteen Space Precinct

September 17, 2020 / WIL BALDWIN

– Partners with SmartSat CRC

Leonardo commits to the South Australian space ecosystem establishing a foothold for its space service business – through its subsidiary e-GEOS – in partnership with SmartSat CRC. e-GEOS is a joint venture between Telespazio – Leonardo’s subsidiary – and the Italian Space Agency.

The news was warmly welcomed by the local community and by the Premier of South Australia Hon. Steven Marshall who recently welcomed Leonardo at Lot Fourteen. “South Australia is the defence and space capital of the Country and it’s fantastic to see another incredible international company choosing South Australia to do business” he commented. “The strong interest being shown by major national and international players is a coup for South Australia and is further evidence that Lot Fourteen is a magnet for business and jobs. The addition of Leonardo to Lot Fourteen cements my governments strong commitment to create a once in a generation hub that will generate thousands of jobs for South Australians now and into the future.” Hon. Marshall stated.

As a dominant worldwide supplier in the space sector, Leonardo aims to collaborate with the Australian space industry to stimulate local growth and competitiveness in global markets.

In 2019, Leonardo Australia through the involvement of e-GEOS (a joint venture between Telespazio – Leonardo’s subsidiary – and the Italian Space Agency), became a supporting partner of Adelaide-based space Cooperative Research Centre SmartSat CRC. Leonardo Australia’s partnership with SmartSat is a key driver in the company’s strategy to grow its presence in the space industry within the Oceania region and to develop joint research and commercialisation opportunities. As prominent provider of the European Copernicus program, e-GEOS supports rapid security and disaster response operations all over the world, including providing Australian fire authorities rapid mapping during recent bushfires.

Leonardo Australia is the regional subsidiary of Leonardo, a global top ten high technology Defence and Space company with annual revenues of 23 bn AU$.

Mr George Coulloupas of Leonardo Australia (Business Development Manager – Space) is leading Leonardo Australia’s Space Line of Business based at Lot Fourteen. George has extensive Australian-based experience in start-up innovation, space-derived service commercialisation and primary.

Airbus Solar Orbiter Ready for Close-Up With The Sun

June 8, 2020 / WIL BALDWIN

Currently traveling at some 105 million kilometres from Earth, the Airbus-built Solar Orbiter (SolO) is en route for an encounter to uncover the secrets of our closest star.

While humankind has been studying the Sun for hundreds of years, the research is limited because data was always collected from distances more or less equal to the star’s separation from Earth, according to Ian Walters, Airbus’ SolO Project Manager.

“Solar wind takes about two to four days to get from the Sun to Earth, and in that time, it transforms completely,” he explained. “We can better correlate what is seen with what is felt from the Sun if we can get up close. That’s the point of the Solar Orbiter mission…and it’s never been achieved before.”

Solar Orbiter was launched in February in a joint mission of the European Space Agency and the U.S. National Aeronautics and Space Administration. Travelling closer to the Sun than its nearest planet – Mercury – SolO will make comprehensive measurements of the nascent solar wind.

Beating the heat

For the spacecraft and its 10 instruments to survive extreme temperatures of up to 600 deg. Centigrade, Airbus designed a protective heat shield with openings for SolO’s five telescopes to peek through during the trek.

According to Walters, the most critical heat protection technology is the Stand-off Radiator Assembly (SORA) – a set of radiators sitting on the spacecraft’s side that is always in shadow, enabling them to quickly transfer heat from the instruments into space. SORA’s thermal straps are made from pyrolytic graphite, which is five times more conductive than copper wire but flexible like paper.

To avoid any molecular contamination that could compromise imagery from the telescopes, Airbus also built Solar Orbiter to levels of cleanliness far exceeding any other spacecraft built in the UK to date. Every item on SolO has been heated to over 120 degrees to make sure no gases are emitted in the vacuum of space.

Predicting solar events

Data from Solar Orbiter can help make significant improvements to everyday life, particularly when it comes to predicting solar flares and coronal mass ejections (CME) – the expulsions of plasma and its accompanying magnetic field from the sun, which can have a major impact on Earth.

“In 1859, one such episode took down the world’s telegraph network,” Walters said. “A similar event today would severely disrupt our power grids, mobile phone towers, navigation systems and many other critical technologies.”

He added: “If we could predict the CME was coming our way, we’d have about two days’ notice for emergency government committees to be activated and react, instead of the few minutes’ notice we receive today.”

Boeing X-37B Launches in Second Mission for U.S. Space Force

May 18, 2020 / WIL BALDWIN

The Boeing [NYSE: BA]-built X-37B autonomous spaceplane today launched on top of a uniquely configured United Launch Alliance Atlas V rocket.

Boeing is the prime contractor for the X-37B spaceplane and facilitates the integration of all experiments into the vehicle ensuring they receive the correct power, thermal and data services required. Boeing also works to identify future reusable platform experiment opportunities on each mission.

The X-37B’s sixth mission is the first to use a service module with additional payload capability to support a variety of experiments for multiple government partners. The mission will deploy FalconSAT-8, a small satellite developed by the U.S. Air Force Academy and sponsored by the Air Force Research Laboratory, to conduct experiments on orbit. Further, two NASA experiments will study the impact of radiation and other space effects on certain materials and seeds used to grow food. Another experiment by the Naval Research Laboratory will transform solar power into radio frequency microwave energy which could then be transmitted to the ground. In addition, the mission will test reusable space vehicle technologies.

The X-37B first launched in April 2010. Originally designed for missions of 270 days duration, the X-37B has set endurance records during each of its five previous flights. Most recently, X-37B spent 780 days on orbit before returning to Earth in October 2019.

“The X-37B has shifted the paradigm and redefined efficiency in space development, said Jim Chilton, Boeing Space and Launch senior vice president. “The rapid technology advancements enabled by the program will benefit the entire space community and influence the next generation of spacecraft design.”

The X-37B program is a partnership between the Department of the Air Force Rapid Capabilities Office and the United States Space Force. Boeing program management, engineering, test and mission support functions for the Orbital Test Vehicle (OTV) program are conducted at Boeing sites in Southern California and Florida.

Delta Launches Innovative Solution for Pet Travel

January 27, 2020 / WIL BALDWIN

Delta is ushering in a new best-in-class travel experience for pets and their owners with the exclusive launch of CarePod. The introduction of this state-of-the-art pet travel carrier, which provides many industry-leading features including real-time updates throughout the journey, heralds a new standard of first-class safety and care for pet air travel.

After five years of research, development and testing, on top of a successful two-month trial, CarePod will be exclusively offered at eight U.S. locations: Atlanta, Boston, Los Angeles, Minneapolis, New York (JFK and LaGuardia), San Francisco and West Palm Beach. There will then be a phased approach to roll out the CarePod pet travel carrier across Delta’s U.S. network.

“Continuous innovation is in Delta’s DNA and the launch of the CarePod pet travel carrier, an industry first, is an example of us seeking out innovative partnerships and looking at ways to improve the customer experience throughout all parts of their journey,” said Shawn Cole, Vice President — Delta Cargo. “As the only airline to offer this premium pet travel solution, it represents a significant improvement for the millions of people who want to travel with their four-legged family members.”

The CarePod pet travel carrier has several innovative safety features that make it the ultimate air travel experience for pets:

Stronger, industrial strength walls that are insulated to protect your pet against potential temperature fluctuations when moving between different climates and travel conditions.
Multi-layered windows and doors with specially angled blinds to help create a calming environment for pets by blocking out visual stress from unfamiliar environments.
The world’s first built-in hydration system for pet travel carriers, holding up to a liter of water that will auto replenish the spill-proof water bowl to ensure pets always have easy access to fresh water.
A powerful, enterprise level GPS tracking and monitoring system that connects your pet’s journey directly to the specialized Delta Cargo Control Center. The Center is managed 24/7/365 by trained experts who supervise and digitally monitor every CarePod pet journey from beginning to end, with the expertise and authority to send out the right staff on the ground to check on the pet if needed.
Seamless connectivity that enables you to use your mobile phone to view your pet’s key travel updates throughout their entire journey via deltacargo.com
CarePod pet travel carriers are made to the highest quality and standard, with human grade materials that are non-toxic, UV and antibacterial treated for longer lasting strength and protection.

The CarePod pet travel carrier is a next generation, IATA compliant pet travel carrier, which can accommodate dogs and cats permitted in a 300 series crate, or smaller, and can be booked between three and thirteen days prior to departure. The CarePod can be booked by visiting deltacargo.com or by calling Delta’s Cargo Customer Service Center at 1-800-352-2746.

“We’re thrilled that pet owners can now vacation and fly their pets with Delta’s best-in-class CarePod solution, having the peace of mind that their pets are protected in smart pet travel carriers, that are also digitally supervised by the Delta Cargo Control Center throughout the entire journey,” says Jenny Pan, founder and CEO of CarePod. “With the Delta partnership, we aim to raise the benchmark for pet air travel to allow families and pets to stay connected and travel safely together.”

Delta’s team of specialists and staff veterinarian constantly review processes and policies to identify areas of improvement to ensure the safety and health of pets. The airline has specially trained ground handlers who take care of pets at every step of their journey. Delta also has temperature-controlled holding areas and vehicles in numerous locations and overnight kenneling services. The Cargo Control Center in Atlanta also gives the airline 24/7/365 visibility into all shipments, including pets.

Delta Cargo started working with CarePod in 2018 and the relationship is the latest example of seeking out innovative partnerships to streamline and improve the customer experience. Delta is focused on tech-driven solutions to support the airline’s vision of the future, looking at the challenges throughout the customer journey and coming up with innovative solutions to transform travel to be less stressful and more enjoyable.

For further information on how to book the ultimate air travel experience for pets visit deltacargo.com.

Air Kiribati Receives Its First Embraer E190-E2 Jet

December 30, 2019 / WIL BALDWIN

São José dos Campos, Brazil, December 30th, 2019 – Air Kiribati, the flag carrier of the Republic of Kiribati, received today its first E190-E2 jet. Embraer announced the contract with the Government of Kiribati, in partnership with its national airline, Air Kiribati, in December 2018. The airline ordered two E190-E2s and has purchase rights for two more.

“Aviation is critical for any island nation and Kiribati is no exception. Our Government has made the conscious decision to take into our hands the opportunity to unlock economic prosperity for our people and our nation through the purchase of these two aircraft,” said Hon. Willie Tokataake, Minister for Information, Communication, Transport and Tourism Development of the Kiribati Government. “The arrival of our first jet today is the culmination of three years of vision, strategic thought, government focus, research, evaluation, hard work, commitment, partnership and a good measure of problem solving.”

Air Kiribati is the launch operator for the E190-E2 in Asia Pacific. The aircraft will be configured in a dual class layout seating 92 passengers in total, with 12 seats in business class and 80 seats in economy class. Located in the central Pacific, Air Kiribati can now fly longer domestic and international routes than it currently does with its turboprop fleet.

“This is first E190-E2 delivered in the Pacific region,” said Cesar Pereira, Asia Pacific Vice President, Embraer Commercial Aviation. “We’re are honored that Air Kiribati selected the E190-E2 as the best fit for the airline’s challenging flying environment. The E190-E2 has cutting-edge technology and is the most fuel efficient and environmentally-friendly single aisle jet in the world. These attributes are extremely important for Kiribati.”

With a maximum range of up to 2,850 nautical miles, the E190-E2 can serve destinations throughout the vast expanse of Kiribati, including nonstop from Tarawa to Kiritimati (Christmas) Island, one of the most challenging routes in the Pacific. The current domestic flight from Tarawa to Kiritimati requires an international stopover in Fiji.

Spanning four time zones and comprised of more than 30 islands, Kiribati is the only country in the world to be in all four hemispheres. Embraer has been present in the Pacific since the first Bandeirante was delivered to a customer in Australia in 1978. The company continues to support operators across Oceania more than 40 years later.

The E190-E2 is the first of three new aircraft types in the E-Jets E2 family, developed to succeed the first-generation E-Jets. Compared to the first-generation E190, the E190-E2 burns 17.3% less fuel and nearly 10% less than its direct competitor. This makes it the most efficient single-aisle aircraft on the market. The E190-E2 generates significant savings for airlines in terms of maintenance costs. It has the longest maintenance intervals – 10,000 flight hours for basic checks and no calendar limit in typical E-Jets utilization. This means an additional 15 days of aircraft utilization over a period of ten years.

The E2 cockpit features advanced Honeywell Primus Epic 2 integrated avionics. Combined with closed-loop fly-by-wire controls, the systems work together to improve aircraft performance, decrease pilot workload and enhance flight safety. From a passenger perspective, the E2 cabin features a comfortable two-by-two layout. The absence of a middle seat enables passengers to have an enjoyable flight experience with more legroom and additional luggage storage space.

Embraer is the world’s leading manufacturer of commercial aircraft up to 150 seats with more than 100 customers across the world. For the E-Jets program alone, Embraer has logged more than 1,800 orders and 1,500 aircraft have been delivered. Today, E-Jets are flying in the fleets of 80 customers from 50 countries. The versatile 70 to 150-seat family is flying with low-cost airlines as well as with regional and mainline network carriers.

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