Tag: Prefecture

First Japan SAF Helicopter Flight with H215

June 1, 2022 / WIL BALDWIN

Tokyo, Japan June 1, 2022 – Airbus Helicopters in Japan and Japan’s leading helicopter operator Nakanihon Air (NNK) have jointly performed the country’s first ever helicopter flight powered with sustainable aviation fuel (SAF). NNK’s H215 helicopter conducted a 30-minute flight at Nagoya Airport in Aichi Prefecture today.

The aircraft was fueled with 600 litres of “SUSTEO 10”, a renewable jet fuel produced by Japan’s first biofuel manufacturer Euglena, which has met the specifications of both international and Japanese standards of diesel fuels ASTM D1655 and JIS K 2204 respectively. SUSTEO contains 10% of SAF mixed with Jet A-1.

The twin-engine, heavy-lift H215 is a member of the Super Puma helicopter family, known for its high availability rate, performance, and competitive operating cost.

Today, all Airbus helicopters are certified to fly with up to a 50% blend of SAF mixed with kerosene, with the aim to reach 100% SAF in coordination with engine manufacturers. An Airbus H225 performed the first ever helicopter flight with 100% SAF powering one of the Safran Makila 2 engines in 2021. Helicopter operations with 100% SAF would translate to a reduction of 80% of CO2 emissions.

Airbus Helicopters has launched a SAF User Group dedicated to the rotary-wing community, in a bid to drive the deployment of biofuels. The company has also started using SAF for training and test flights at its French and German sites.

Mitsubishi Heavy Industries to Expand Metal 3D Printing Services

July 10, 2021 / WIL BALDWIN

Mitsubishi Heavy Industries Machine Tool Co., Ltd., a group company of Mitsubishi Heavy Industries, Ltd. (MHI) based in Ritto, Shiga Prefecture, will offer expanded services in metal 3D　printing services commencing on July 15, including prototype production and contract production by metal 3D (three-dimensional) printers applying laser-based Metal Additive Manufacturing (AM) technologies. In addition to its previously offered Directed Energy Deposition (DED) type metal 3D printers for large-scale parts, the Company will newly add services using binder jetting (BJT) metal 3D printers for small-scale parts. The expanded service lineup will enable manufacture of a full range of metal parts, from small components of 1mm size to ultra-large-scale parts exceeding 1 meter.

The addition to MHI Machine Tool’s lineup is the DMP2500 metal 3D printer developed by Digital Metal, a group company of Hogänäs of Sweden. The DMP2500’s BJT technology not only enables extremely precise manufacturing but also is engineered especially for high-volume production. Currently, MHI Machine Tool has provided metal printing services applying unique DED technology of “LAMDA” AM systems; now, with the introduction of a different type of printer, the Company can respond to a broad range of metal 3D print needs and propose and provide the optimal manufacturing method and equipment for each parts.

MHI Machine Tool concluded a contract with Digital Metal in July 2020 on marketing its DMP2500 and other metal 3D printers in Japan. By adding these BJT type systems to its own sales lineup, MHI Machine Tool will be in a position to offer a broad portfolio of not only sales but also after-sales services.

While metal 3D printers are receiving attention for their innovative advances to production processes, they also present challenges relating to the difficulty of their production and quality assurance, etc. With the new expansion of services, MHI Machine Tool will focus on providing solutions relating to additive manufacturing, including provision of related expertise, to accelerate early adaptation to production parts.

Going forward, MHI Machine Tool will develop its metal printing services structure spanning from small-scale high-precision to ultra-large-scale items, enabling the Company to respond to a broad wide-range of prototype production needs and contract production. In these ways, MHI Machine Tool will encourage manufacturers to expand into manufacturing parts using metal 3D printers and contribute to the industrial supply chain as a whole.

Alstom’s New-Generation Citadis Tram for Caen la Mer

July 29, 2019 / WIL BALDWIN

Alstom has commissioned its new-generation Citadis X05 tram on the three new lines of Caen la Mer. Presided over by Joël Bruneau, President of the Urban Community of Caen la Mer, and Rodolphe Thomas, First Vice-President of Caen la Mer, in charge of transport, travel and infrastructure, the inauguration took place in the presence of Jean-Léonce Dupont, President of Calvados region, Hervé Morin, President of Normandy region, Agnès Monfret, EU delegate, Stéphane Guyon, general Secretary of Calvados Prefecture and Emmanuel Bois, Sales Director for Alstom in France.

“Just one year after the first tram was presented at the La Rochelle site, it is with great pride that Alstom and its teams take part in this inauguration. Thanks to their reliability, availability and ease of maintenance, we have total confidence in the ability of the 26 Citadis trams to meet the growing mobility requirements of the inhabitants of the Urban Community of Caen la Mer,” says Jean-Baptiste Eyméoud, Senior Vice President France at Alstom.

33 metres long and featuring 6 double doors on each side, the Citadis X05 for Caen la Mer can carry more than 210 passengers. It has 6 extra-wide passenger information screens, large windows covering 45% of the vehicle and will offer USB charging sockets, a first in France. In addition, the Citadis X05 for the Urban Community of Caen la Mer can climb slopes with gradients of up to 8% and has standardised, proven and more accessible components. Last but not least, the tram demonstrates a particularly high level of performance in terms of environmental sustainability, thanks in particular to its 100% LED lighting and optimised air conditioning. It is particularly energy efficient and 95% recyclable.

Eight of Alstom’s 13 sites in France designed and manufactured the Citadis trams for the Urban Community of Caen la Mer: La Rochelle (design, assembly, validation, commercial entry into service and warranty), Ornans (engines), Le Creusot (bogies), Tarbes (traction modules), Valenciennes (interior layout), Villeurbanne (on-board computerised systems), Aix en Provence (tachymetry, for measuring travel speed) and Saint-Ouen (design).In total, more than 2,600 Citadis trams have been sold to more than 50 cities in 20 countries.

First Japan SAF Helicopter Flight with H215

Mitsubishi Heavy Industries to Expand Metal 3D Printing Services

Alstom’s New-Generation Citadis Tram for Caen la Mer

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