Talgo has announced the timetable for the manufacture and launch of its hydrogen train, a green, innovative and efficient alternative to replacing diesel engines, which will be ready in 2023. The train will be named Talgo Vittal-One, as a reference to the place of the hydrogen in the periodic table, the first one. The details were presented during the event “Renewable hydrogen: an opportunity for Spain”, organised by the Spanish Ministry for the Ecological Transition and the Demographic challenge.
The first phase of the validation tests of the hydrogen technology will be conducted in 2021. After the validation process, the hydrogen technology will be installed in the new train during a second manufacturing phase that will take place between 2021 and 2023.
The company’s CEO, José María Oriol, stated during his presentation: “Green hydrogen is no longer the future, it is a reality. The implementation of hydrogen trains, such as the one Talgo is developing, will improve mobility in our country and have a positive impact on the environment. It will allow us to make the most of the non-electrified Spanish railways while reducing our carbon footprint”.
This system is configured as a modular solution that can be installed on all types of trains, as well as in upgrades from diesel to hydrogen. However, it has been specifically designed for the Vittal platform for Commuter and Regional trains, which Talgo has presented in the bidding process for various tenders in Spain and other countries.
Hamburger Hochbahn AG
Innovationslinie
19.02.2015
Fotograf: Marc-Oliver Schulz
0170-3108004
mail@moschulz.de
Hamburger Hochbahn AG
Innovationslinie
19.02.2015
Fotograf: Marc-Oliver Schulz
0170-3108004
mail@moschulz.de
Hamburger Hochbahn, one of the largest public transport operators in Germany, issued a tender this year for the supply of 530 twelve and eighteen metre-long (articulated) electric buses. In August, three candidate manufacturers were selected, one of these being the CAF Group subsidiary. The framework agreement establishes tranche orders for the vehicles over the next 5 years until completing the delivery of the aforementioned total of 530 vehicles.
Solaris received its first firm order for units under the framework agreement, specifically 5 12- metre and 5 18-metre e-buses, which will be delivered to Hamburg in October 2021.
The two selected electric models, the Urbino 12 and the Urbino 18 belong to Solaris’ range of emission-free and extremely low-noise vehicles. Both vehicles will be equipped with Solaris High Energy + high-capacity batteries, integrated axle drive motors and also featuring plug-in charging devices for availability ranges of up to several hundred kilometres on a single charge.
The vehicles will also be equipped with temperature pre-conditioning to guarantee optimal vehicle temperatures during battery charging, as well as a variety of solutions to promote safety, such as a blind spot monitor system that warns the driver when pedestrians or cyclists are in the vicinity of the vehicle. In terms of capacity, the Solaris Urbino 12 model can carry up to 70 passengers whilst the articulated vehicles offer 107 passenger places, guaranteeing maximum driver and passenger comfort during service.
Hamburger Hochbahn AG
Innovationslinie
19.02.2015
Fotograf: Marc-Oliver Schulz
0170-3108004
mail@moschulz.de
Hamburger Hochbahn AG
Innovationslinie
19.02.2015
Fotograf: Marc-Oliver Schulz
0170-3108004
mail@moschulz.de
Low-fare carrier Frontier Airlines today unveiled details of its latest action to reduce the company’s environmental footprint with a new aircraft seat design that will feature a 30 percent weight reduction over existing seats. The seats are the latest measure in a variety of other innovative fuel savings initiatives from America’s Greenest Airline. The new seats will also offer extra comfort and larger tray tables versus earlier designs.
The new seats will be featured on 156 Airbus aircraft currently on order and scheduled for delivery beginning in March 2021. The seats are part of a major deal between Recaro Aircraft Seating, part of Germany’s world-renowned seat design and manufacturing company Recaro Group, and Indigo Partners, which owns a portfolio of airlines including Frontier.
To celebrate the new seats, ONE MILLION seats on flights are on sale now through Wednesday, Dec. 16, 2020 with fares as low as $21* for Discount Den members. Visit FlyFrontier.com to book your next trip.
“Frontier Airlines is committed to maintaining our position as America’s Greenest Airline and our current fleet is 43 percent more fuel efficient on average than other U.S. airlines,” said Barry Biffle, CEO of Frontier Airlines. “The lighter weight Recaro seats will result in tens of thousands of gallons of fuel savings on a single aircraft while improving comfort. Less fuel means reduced operating costs which translates to savings that we can pass on to consumers in the form of low fares.”
On an average Airbus A321 aircraft, the fuel savings equates to 31,683 gallons per year. Based on U.S. Environmental Protection Agency equivalency calculators, the fuel savings provided by the new seats across the 156 aircraft over the course of a year is equal to the elimination of approximately 642 million plastic bottles, or more than 1.1 billion plastic bags, or more than 15 billion plastic straws from the environment.
Frontier has the largest A320neo fleet in the U.S. The use of these aircraft, Frontier’s seating configuration, weight-saving tactics and baggage process have all contributed to the airline’s average of 43 percent fuel savings compared to other U.S. airlines (fuel savings is based on Frontier Airlines’ 2019 fuel consumption per seat-mile compared to the weighted average of major U.S. airlines), which makes Frontier the most fuel-efficient U.S. airline.
The new seats will feature extra comfort, along with redesigned armrests and a larger tray table that will provide added space for laptops, reading materials and other personal devices. “If you’ve ever driven a sports car or other high-performance vehicle with seats of exceptional quality, there’s a good chance you’ve sat in a Recaro seat,” said Biffle.
Added Dr. Mark Hiller, CEO and Shareholder of Recaro Aircraft Seating, “Collaborating with Frontier Airlines for the first time has been considered a tremendous success, and we look forward to installing our SL3710 seats in early 2021. Just like Frontier, Recaro is focused on making flying a sustainable experience by developing lightweight and comfortable seats that contribute to savings in fuel consumption. I am confident this is the beginning of a long-term partnership.”
The order encompasses approximately 32,600 seats installed on Frontier aircraft. The new Recaro seats are expected to begin rolling out with the delivery of an A320neo in March 2021 with implementation completed by mid-2027.
KiwiRail has named world-renowned Hyundai Mipo Dockyard (HMD) based in Ulsan, South Korea as its preferred shipyard to build the two new Interislander ferries.
KiwiRail Chief Executive Greg Miller said the decision to work with HMD was a significant step forward for the new Interislander project and the culmination of a robust, competitive, year-long selection process.
“Our ship procurement team and the evaluation panel, including naval architects, ship brokers and maritime lawyers, have undertaken a rigorous process to select the right shipyard and this announcement, on schedule, is a great end to the year for our team,” Mr Miller said.
“KiwiRail has specified a Makers’ List of components – predominantly American and European, including the engines, propulsion system and navigation system – to ensure the new ships will serve New Zealand well for the next 30 years.
“The two new ferries and the upgraded terminals in Waitohi Picton and Wellington are a major investment in the future of the Cook Strait freight and passenger services, with a significant taxpayer contribution. It’s crucial that we deliver the best outcome for New Zealand and for our passengers and customers and with the selection of HMD shipyard, I am confident we have achieved that.”
Once commissioned and built, the two new ferries will replace KiwiRail’s three ageing Interislander ferries,which are nearing the end of their working lives. KiwiRail operates around 3800 services a year, transporting about 850,000 passengers, 250,000 cars and up to $14 billion worth of freight, but with significant growth predicted.
New terminals and berths in Waitohi Picton and Wellington are planned to accommodate the new ferries and improve the Interislander service for customers and staff.
HMD is the world’s sixth-largest shipbuilder globally with decades of experience building complex ships, including HMNZS Aotearoa for NZDF.
It is over 20 years since New Zealand introduced a brand-new purpose-built ferry to its fleet. Once built, the two new ferries will be more efficient and support KiwiRail’s goal to reduce carbon emissions by 30 per cent by 2030 and be carbon neutral by 2050. The new ferries will be designed to use different energy sources through their life if these are available in New Zealand, and at day one will provide for battery operations when docking and plug into local power supply at each port.
The Government committed $400 million in Budget 2020 to the New Interislander project, building on a $35 million-dollar investment in Budget 2019.
Massimo Soprano, Ships Programme Manager at KiwiRail, said the selection process had been highly competitive with some of the best shipyards in the world putting in tenders for the contract.
Mr Miller said that despite the complexity and number of parties involved in the purchase of the two new ferries and the terminal upgrades in both Waitohi Picton and Wellington, things were progressing well with the new Interislander project.
A Letter of Intent (LOI) has now been signed with HMD. A LOI is a non-binding agreement that allows KiwiRail and HMD to progress to more detailed contract negotiations and is a normal step in the procurement process for large-scale ship building.
FedEx Express, a subsidiary of FedEx Corp. (NYSE: FDX) and the world’s largest express transportation company, announced the delivery of the first ever purpose-built turboprop regional freighter to the FedEx fleet. This follows the company’s 2017 signing of a firm order of 30 aircraft, with the option to purchase 20 more. The aircraft will arrive at Shannon Airport and will be operated by ASL Airlines Ireland, a FedEx ATR operator since 2000, as part of the FedEx Express Feeder fleet. This global fleet allows the company to provide fast, economical services to small and medium-sized business areas around the world.
The most fuel-efficient regional aircraft, the ATR turboprop is a popular choice for cargo and passenger operators committed to a more sustainable aviation industry for the future. ATR has extensive experience in the regional freighter market. There are currently around 130 converted ATR freighter aircraft in operation, representing one third of the global regional freighter fleet, and this brand-new ATR 72-600F incorporates the benefits of this knowledge to provide FedEx with a freighter that conforms to needed requirements. With the changing market and the growth of e-commerce, the ATR is perfectly fit to connect communities and economies around the world.
FedEx Express operations can now benefit from the unique advantages offered by the ATR 72-600F’s 75m3 freight capacity. The purpose-built freighter’s fuselage is a clean design, optimised for cargo and has been delivered by the turboprop manufacturer’s Italian shareholder Leonardo, from their facilities in Naples. The aircraft’s large cargo door facilitates the optimal loading of nine tonnes of payload and offers the option of carrying either bulk cargo or, when in Unit Load Device (ULD) mode, five 88” x 108” pallets or up to seven LD3 containers. Pilots can benefit from the latest upgradable Standard 3 avionics suite in the ATR 72-600, allowing the introduction of continuous cockpit innovations that improve efficiency.
Jorn Van De Plas, Senior Vice President Air Network and GTS Europe, FedEx Express said: “Today’s delivery of the first ever purpose-built regional ATR freighter marks an exciting new chapter for our FedEx Express Feeder fleet. This is an important step in our fleet renewal strategy, ensuring we remain the most flexible, reliable, and responsible network in the business.
Stefano Bortoli, Chief Executive Office of ATR, said: “Every manufacturer is proud when it develops and delivers a brand new aircraft, and given the uniquely challenging year the industry and the whole world has faced, handing over to FedEx Express this very first ATR 72-600F is an exciting and rewarding moment for our whole team here in ATR. Freighters play a huge role in supplying essential connectivity between economies all over the world and the unique aspects of our modern purpose-built freighter mean it will deliver operational benefits to companies that integrate them into their fleet.
As part of the FedEx Express commitment to circularity, the two aircraft being replaced by the new ATRs will be donated to Madrid airport where they will be used for fire services training. These will be the 97th and 98th planes FedEx has donated at the end of their service in the fleet.
This delivery is an encouraging move for the logistics and air cargo industry in how they can continue to support the economy around the globe.
Air Saint-Pierre has taken delivery of its new ATR 42-600 aircraft, following the signature of a Memorandum of Understanding in July 2018. Based on one of the three main islands of Saint Pierre and Miquelon (around 6,300 inhabitants), Air Saint-Pierre is essential to the archipelago’s economy, as it flies both passengers and goods to Miquelon, St. John’s, the Magdalen Islands, Halifax and Montreal. The new aircraft will replace the airline’s existing ATR 42-500 which has been in operation since 2009.
In addition to benefitting from unbeatable environmental performance and economics, the ATR 600’s proven ability to operate effectively in windy conditions is vital for Air Saint-Pierre. The -600 series can take-off and land in cross wind conditions of 45 knots, a unique capability which enables the airline to offer reliable air services to its communities. Air Saint-Pierre’s passengers will also enjoy the modernity and comfort of the Armonia cabin, whilst the airline’s pilots will appreciate the state-of the-art avionics suite, resulting in a smoother flying experience for all.
Benoît Olano, Chief Executive Officer of Air Saint-Pierre, said: “We are looking forward to starting operations with our new ATR aircraft. We have been flying ATR since 1994, starting with an ATR 42 320, and the turboprop’s unique capabilities and continuous improvement have made it the ideal aircraft for our operations over the years. We will continue to provide to the people of Saint-Pierre and Miquelon the connectivity they need, along with greater comfort, whilst limiting our impact on the environment.”
ATR Chief Executive Officer, Stefano Bortoli added: “There is nothing more satisfying than seeing a loyal customer upgrade its fleet. Delivering regional connectivity in the challenging operational conditions of Saint Pierre and Miquelon and its neighbouring islands takes a special aircraft and the ATR 42-600 is the perfect fit. The airline’s operations are vital for the archipelago’s communities and we are truly glad to see our aircraft once again accomplish what they have been designed for: to connect people and places responsibly, no matter how remote.”
Twinjet, s-duct, winglets, contra-rotating propellers: the aviation industry has developed numerous configurations over the last five decades that have enabled aircraft to fly higher, faster and longer. Now, Airbus engineers are unveiling a new configuration as part of the ZEROe programme that could enable a passenger aircraft to fly farther than ever without emissions.
The innovative approach consists of six, eight-bladed “pods” mounted beneath the aircraft wing. While the “podded” engine is not a new concept in aviation, these “pods” are not designed to be driven by any ordinary propulsion system: hydrogen fuel cells are among the key components.
“The ‘pod’ configuration is essentially a distributed fuel cell propulsion system that delivers thrust to the aircraft via six propulsors arranged along the wing,” explains Matthieu Thomas, ZEROe Aircraft Lead Architect. “Hydrogen fuel cells have very different design considerations, so we knew we had to come up with a unique approach.”
Indeed, hydrogen fuel cell technology has yet to be scaled up to a passenger-size large commercial aircraft. Smaller experimental hydrogen aircraft, comprising up to 20 seats, can rely on a traditional fixed-wing configuration with two propellers. But more passenger capacity and longer range require another solution. This is why Airbus is studying a variety of configurations, including “pods,” to determine which option has the potential to scale up to larger aircraft.
Infrastructure work across the Auckland metro rail network is set to ramp up over the Christmas period during a network wide shut down.
As Aucklanders head out of the city on holiday, work on several projects is scheduled across the network to take advantage of the quieter period.
KiwiRail Chief Operating Officer Todd Moyle says work will focus on track repairs.
“We’ll have more than 100 people working over the Christmas and New Year period across the network. Additionally, preliminary work on Papakura to Pukekohe electrification, the Westfield and Wiri junction and the construction of a third main will be getting underway.”
All of the projects are part of the Auckland Metro Rail Programme and once complete will deliver Auckland a resilient train infrastructure network for improved reliability of passenger train services provided by Auckland Transport and freight trains.
Earlier in the year, testing uncovered damage to more than 100km of track which required urgent upgrading.
“Our teams have put in a lot of hours and have already completed over 50 percent of the required work.
“The upgrade has been a massive task and KiwiRail has worked with Auckland Transport throughout the project to try to minimise the impact on commuters.”
The network shutdown will take place from Saturday 26 December to Sunday 10 January. During that period only freight trains will operate on the tracks.
Commuters on the Western line between Fruitvale Road and Swanson will need to prepare for a longer period of disruption, with work starting earlier, on December 20, and continuing along the entire Western Line until the end of January 2021.
“We have planned the repairs on the Western line to minimise the impact when the school year begins in February.”
“KiwiRail appreciates the level of cooperation and understanding from the public as this necessary work continues. The progress that will be made during the shutdown is an investment which will make the network more resilient and reduce future outages.”
AT Executive General Manager Integrated Networks Mark Lambert says “Once again AT wishes to acknowledge the disruption that these works have had on our customers. We will continue to provide Rail Replacement Bus services across the network throughout the shutdown, including New Year’s Eve, when many Aucklanders will be wanting to spend time with their friends and loved-ones.”
Boeing [NYSE: BA] and Ryanair announced today that Europe’s largest airline is placing a firm order for 75 additional 737 MAX airplanes, increasing its order book to 210 jets. Ryanair again selected the 737 8-200, a higher-capacity version of the 737-8, citing the airplane’s additional seats and improved fuel efficiency and environmental performance.
“Ryanair’s board and people are confident that our customers will love these new aircraft. Passengers will enjoy the new interiors, more generous leg room, lower fuel consumption and quieter noise performance. And, most of all, our customers will love the lower fares, which these aircraft will enable Ryanair to offer starting in 2021 and for the next decade, as Ryanair leads the recovery of Europe’s aviation and tourism industries,” said Ryanair Group CEO Michael O’Leary.
O’Leary and Ryanair leaders joined the Boeing team for a signing ceremony in Washington, D.C. Both companies acknowledged COVID-19’s impacts on air traffic in the near-term, but expressed confidence in the resilience and strength of the passenger demand over the long term.
“As soon as the COVID-19 virus recedes – and it likely will in 2021 with the rollout of multiple effective vaccines – Ryanair and our partner airports across Europe will – with these environmentally efficient aircraft – rapidly restore flights and schedules, recover lost traffic and help the nations of Europe recover their tourism industries, and get young people back to work across the cities, beaches and ski resorts of the European Union,” O’Leary said.
Ryanair is the launch customer for the high-capacity 737-8 variant, having placed its first order for 100 airplanes and 100 options in late 2014, followed by firm orders of 10 airplanes in 2017 and 25 in 2018. The 737 8-200 will enable Ryanair to configure its aircraft with 197 seats, increasing revenue potential, and reduce fuel consumption by 16 percent compared to the airline’s previous airplanes.
New agreement to focus on enhancing performance and unprecedented sustainability for world’s fastest commercial aircraft
Collins Aerospace Systems, a unit of Raytheon Technologies (RTX), has signed a collaboration agreement with Boom Supersonic, the aerospace company building the world’s fastest airliner, to advance nacelle technology on Boom’s forthcoming flagship supersonic airliner, Overture. Overture will be the world’s fastest airliner and is designed and committed to industry-leading standards of speed, safety, and sustainability.
Collins Aerospace engineers will work in concert with Boom to develop inlet, nacelle and exhaust system technologies that enable fuel-burn reduction and cutting-edge acoustics for cleaner and quieter supersonic flight. They will do this via lightweight aerostructures and variable nacelle geometry. Collins Aerospace has been providing innovative nacelle technology for more than 70 years, including development of the first commercial variable fan nozzle for high-bypass-ratio geared turbofan (GTF) engines.
“Through improved acoustics and lightweight materials systems, we can provide the next generation of supersonic propulsion systems with the nacelle technologies that not only enable higher performance and lower fuel burn, but also quieter operation,” said Marc Duvall, president, Aerostructures, Collins Aerospace. “Having completed 19 nacelle certification programs over the past decade, we’re uniquely positioned to collaborate with Boom Supersonic to create new propulsion-system solutions that will be key enablers of Overture’s success.”
The combined engineering team will be exploring the development of advanced acoustics and variable inlet and exhaust technologies required to minimize aircraft noise for passengers and airport communities while enhancing performance.
“Boom is taking an all-encompassing approach to sustainability — from our commitment to make Overture 100% carbon neutral to minimizing community noise and emissions, we’re dedicated to making mainstream supersonic travel environmentally and economically sustainable,” said Blake Scholl, Boom founder and CEO. “We are leveraging Collins’ experience in developing more fuel efficient and noise attenuating technologies for nacelles to help us develop Overture as an environmentally responsible supersonic jet.”
Boom’s mission is to make the world dramatically more accessible by making supersonic travel mainstream. Overture is in its design phase with plans to finalize the configuration and begin building the first airliner while XB-1 is flying supersonic. Boom will roll out the first completed Overture aircraft in 2025, with entry into service planned for 2029.
