Transport for London (TfL) recently celebrated the launch of its 1,000th zero-emission bus – a StreetDeck Electroliner that entered service with Metroline at its Edgware garage, manufactured by Wrightbus and equipped with the Voith Electrical Drive System (VEDS). TfL plans to have its entire bus fleet operating with zero emissions by 2034. 

Designed and developed with original equipment manufacturers (OEMs) and end users in mind, the Perkins 4-cylinder offering had to be compact, powerful and quiet. Engineered to integrate perfectly into more than 80 different machine models, the 2.8- and 3.6-liter engines continue to deliver the performance, value and reliability customers expect to help them access new opportunities and support their business growth. 

Voith announces another important development – the Future Inverter Platform (FIP) – for the VEDS drive system. The new inverter has been specifically designed to meet the requirements in the commercial vehicle segment and will be integrated into future generations of the VEDS, Voith's innovative electric drive concept for commercial vehicles that has proven highly effective in numerous applications in the bus segment since its introduction in 2021. The FIP technology will go into series production without integrated DMU in 2024 and with integrated DMU in 2025.

Toray Industries, Inc., has signed an agreement with Honda Motor Co., Ltd., to jointly develop a chemical recycling technology for glass-fiber reinforced nylon 6 parts recovered from end-of-life vehicles. The two have begun verifying this technology, which entails depolymerizing with subcritical water (see note) and regenerating the materials as caprolactam, a raw monomer. 

The Dune Express is a 42-mile long, fully electric conveyor system that is expected to transform the Permian Basin and substantially improve the unacceptable safety risk existing on the Permian roadways. Originating from the Kermit, Texas facility and spanning into New Mexico, the Dune Express is intended to eliminate millions of truck miles driven across the Permian resulting in avoided traffic, accidents, injuries, and fatalities within the communities. 

To date, nearly 400,000 city and intercity buses worldwide have been equipped with DIWA automatic transmissions. Passengers appreciate the comfortable and quiet ride, made possible by the stepless starting and braking functions. For operators, lower fuel consumption and consequently lower emissions – as well as low maintenance costs – are important aspects that have led them to use DIWA technology for many years now.

Transfluid LLC was approached by Palmer Johnson to provide a competitive quote to the BAE system for the fishing vessel, The Western Flyer. The ship was chartered by author John Steinbeck for an expedition he chronicled in the book, The Log from the Sea of Cortez. 

Siemens Mobility and ÖBB (Austrian Federal Railways) are digitizing the Austrian rail network to further enhance the attractiveness of public transport. ÖBB is aiming to double the capacity of Austria’s entire rail system by 2040 to cope with increasing passenger numbers. This goal is now a bit closer: The most modern technology for railway operations – the digital European Train Control System ETCS – has now been implemented and commissioned on the 57-kilometer route between Linz and Vöcklabruck. The system controls distances between trains, as well as their direction and speed in real time. This enables the route to carry more passengers and freight, and ensures that the trains run more reliably, punctually, and safely. 

NTN is pleased to announce that two of its North American manufacturing facilities have been recognized for supplier quality excellence by Toyota Motor North America (Toyota). Toyota has awarded NTN Driveshaft, Inc., and American NTN Bearing Manufacturing Corporation each with a Certificate of Achievement for receiving an “A” grade for supplier quality in 2022.

In lithium-ion batteries, higher energy density increases the risk of thermal runaway. As a preventive measure, Freudenberg Sealing Technologies has developed thermal barriers that help to slow down thermal runaway by increasing resistance to propagation. The new 3D thermal barriers can be used at various positions within the battery and have already proven reliable in their initial series productions.