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Siemens Mobility orders new deep-tube train door systems from Knorr-Bremse IFE

Knorr-Bremse, the international manufacturer of braking and other systems for rail and commercial vehicles, has won a major order to supply entrance systems to Siemens Mobility for the next generation of London Underground trains.

Siemens Mobility is manufacturing 94 trains on the Piccadilly line, and Knorr-Bremse subsidiary IFE will supply 3,760 door systems for these trains – a total of 3,760 door drives and 7,144 door leaves. The new trains will be operating on Piccadilly line, which has 53 stations and a total length of over 70km, from 2024.

IFE will work closely with Siemens Mobility to maximize UK content and service provision, supporting Siemens Mobility and Transport for London’s ambitions to create significant numbers of UK jobs aligned to the Deep Tube Upgrade Programme, which includes the development of a new Siemens Mobility rail manufacturing site in the UK.

Dr Jürgen Wilder, Knorr-Bremse executive board member responsible for the Rail Vehicle Systems division, said: “By supplying our entrance technology to the London Underground’s world-famous Piccadilly line, we are helping to meet Londoners’ growing mobility requirements and helping to deliver faster, more frequent and more reliable journeys.

Photo credit: Transport for London.

“The order also cements the presence of our highly innovative door systems in London’s rail transportation system, where they are already in use in LRVs, regional multiple units and high-speed trains.”

Sambit Banerjee, UK managing director of rolling stock and customer service for Siemens Mobility, said: “These next generation Tube trains will provide a step change in passenger experience for those traveling on the Piccadilly line. Key to providing an increased frequency of trains, and therefore greatly improved capacity, is the ability to get on and off the train quickly meaning less congestion on the station platform.

“We are delighted that Knorr-Bremse and IFE will be our partners in helping make this a reality.”

The most challenging aspects of the Piccadilly line upgrade project include the unusually pronounced curvature of the door leaves that allows them to fit inside the narrow, tube-shaped tunnels – a unique feature of the world’s oldest metro system – combined with tight deadlines.

Although the external sliding doors and spindle drives feature an individual design tailored to the customer’s specifications, they also use tried-and-tested components. Generally, they will serve the goal of increasing the capacity of the Tube lines on which the new trains will be deployed. Engineered to last at least 40 years, the door leaves will also make a significant contribution to holistic rail vehicle lifecycle management.

Alstom purchase of Bombardier Transportation approved by European Commission

The European Commission has cleared Alstom’s proposed takeover of Bombardier Transportation, subject to four conditions that Alstom had itself suggested:

  • A transfer of Bombardier Transportation’s contribution to the V300 ZEFIRO very high-speed train and an offer of IP licence to Hitachi for the train co-developed by Hitachi and Bombardier Transportation for use in future very high-speed tenders in the UK;
  • The divestment of the Alstom Coradia Polyvalent and the Reichshoffen production site in France;
  • The divestment of the Bombardier TALENT 3 platform and dedicated production facilities located within the Hennigsdorf site in Germany;
  • Providing access to certain interfaces and products for some of Bombardier Transportation’s Signalling On-Board Units and Train Control Management Systems (TCMS).

The two organisations now need to finalise their plans, engage with employees and trade unions, and reach agreement with Hitachi and prospective purchasers of the Coradia Polyvalent and Talent 3 product lines.

Completion is now expected during the first half of 2021.

HS2 Chiltern tunnel headwall ready for tunnel boring machines

HS2 is preparing for the arrival of its first giant tunnelling machines by completing the 17-metre-high headwall and ground reinforcement at what will become the south portal of the 10-mile long Chiltern tunnel.

Led by HS2’s main works contractor Align JV – a joint venture formed of three companies: Bouygues Travaux Publics, Sir Robert McAlpine, and VolkerFitzpatrick – a specialist team spent seven months excavating more than 160,000m³ of material in order to create a level surface from which the two enormous machines will launch early next year.

Weighing in at 2,000 tonne and stretching for 170 metres – the two tunnel boring machines (TBMs) are being built by world-leading German tunnelling specialists Herrenknecht and due to arrive at the site, near to the M25, later in the year.

Alongside the excavation, a specialist team of subcontractors including Roadbridge and KV JV – formed from Keller Group plc and VSL International – also constructed a 17m high headwall through which the TBMs will break to begin their three-year long tunnel drive.

In order to reinforce the ground behind the headwall, more than 636 ‘soil nails’ – some up to 20m long – were driven into the wall and connected to the concrete lining. The nails, consisting of steel or glass fibre reinforced polymer tendons, were inserted using a specialised drilling rig in a delicate operation which can take up two hours.

This reinforcement is required to hold the ground and the surface of the wall in place as the TBMs begin to break through.

Welcoming the milestone, Mark Clapp, HS2 Ltd’s C1 Senior Project Manager said: “Once complete, HS2 will transform rail travel across the UK, offering fast, reliable and low carbon journey options for millions of people across the country. The completion of the headwall and ground reinforcement is a major step towards the start of tunnelling and delivering on that goal.

“Safety is of course our top priority. The new covid-19 processes and procedures put in place by Align ensured that we were able to keep to schedule while keeping everyone safe – and I’d like to thank the whole team for pulling together during what has been a difficult few months for the whole construction industry.”

Daniel Altier, the Align Project Director added: “The completion of the soil nailing is a very visual example of how we are preparing our South Portal site for the arrival of the TBMs later this year. It is now clear for all to see where the TBMs will start their journey.

This has been a great team effort by all concerned, considering the challenges caused by Covid-19, including HS2, Align and our colleagues at Roadbridge and the KVJV.”

Work on site was paused for four days at the start of the coronavirus lockdown in order to deep clean the work site and put in place new hygiene and social distancing procedures in line with government advice and industry best practice.

Once work is complete, the whole construction site will be landscaped with material excavated from the tunnels and trees planted in order to blend it in with the surrounding countryside.

Special train investigates possibility of reopening disused branch line

South Western Railway has run a special ‘fact-finding’ train on the Fawley branch line in Hampshire, to investigate the potential of re-opening it after more than 50 years since regular passenger services ceased.

Hampshire County Council has made a successful submission to the Department for Transport’s ‘Restoring your Railway Fund’ by to carry out a feasibility study into reopening the line for passenger services once more.

As a result, and through cooperation between South Western Railway and Network Rail, who had to cut back undergrowth, test condition of the track and prepare the train crew, this special service was run to investigate the challenges of re-opening this historic branch line.

On board were Rail Minister Chris Heaton-Harris, Network Rail chair Sir Peter Hendy and representatives from Hampshire County Council and Southampton City Council. They were joined by Nick Farthing, chair of Three Rivers Community Rail Partnership, who hse long campaigned for the opening of the line.

Whilst there is still work to be done before passenger services can resume, the national focus in expanding the rail network by utilising disused lines, provides hope that a return of services for this part of Hampshire maybe a step-closer to reality, helping to reconnect communities and promote public transport.

(Image Left to Right: Mark Hopwood Managing Director, South Western Railway; Sir Peter Hendy, Chair Network Rail; Chris Heaton-Harris MP, Rail Minister).

Rail Minister Chris Heaton-Harris said: “It is almost precisely 95 years since the line between Southampton and Fawley opened. Yet, due to the Beeching cuts, the last time passengers were able to travel this line England were lifting the Jules Rimet.

“While we can’t guarantee sporting supremacy again, we’ve been absolutely clear that we are determined to reconnect communities and level up infrastructure across the country. Taking steps towards restoring passenger journeys on lines like this demonstrates that commitment.

“The progress towards developing a business case for this restoration is testament to the energy and enthusiasm of local campaigners, and I share the passion they and other communities have to reopen and restore local lines.” 

Mark Hopwood, Managing Director of South Western Railway said: “Branch lines are vital to connect local communities, with many now out of use. Exploring the possibility of reopening disused lines for rail passengers is vital for us to reconnect our communities again.”

Network Rail Chair Sir Peter Hendy said: “Railways have a huge role to play in building environmentally-sustainable economic and social development and places like Marchwood, where the railway is still in place, are perfect examples of where we can help local communities grow. It’s great to see a passenger train down this line again and this has been a really useful event for our partners to understand what we might have to do to bring trains back permanently.”

Councillor Rob Humby, Deputy Leader of Hampshire County Council and Executive Member for Economy, Transport and Environment, said: “Hampshire County Council was very pleased that our bid to the Department for Transport’s restoring Your railways Fund was successful and we now look forward to working with the Department for Transport, Network Rail and stakeholders to review the evidence and undertake a business case for re-introducing passenger rail services on the Waterside

Scotland unveils plans to transform Scottish rail network

The Scottish government has launched plans to decarbonise Scotland’s rail passenger services by 2035.

Transport Secretary Michael Matheson unveiled Transport Scotland’s ‘Rail Services Decarbonisation Action Plan’ during a visit to ScotRail’s Shields Road electric fleet depot, commenting that it is testimony to the Scottish government’s determination to deliver on its Programme for Government (PfG) commitment to decarbonise passenger rail services and continue to reduce carbon emissions.

Through its contribution to decarbonising wider transport, and through modal shift to rail, this action plan supports the aims of the National Transport Strategy and wider Scottish Government policy. It also seeks to remove diesel passenger trains from Scottish services and secure significant benefits for rail freight over the next 15-25 years.

Preparatory work for the first electrification projects, on the East Kilbride and Barrhead lines, is already underway, with Anniesland/Maryhill and Borders routes also being progressed.  Early work has also begun to assess how inter-city routes can be tackled to inform delivery programmes and funding decisions.     

DAP Routemap to 2035.

Announcing the plans, the Transport Secretary said: “The current Covid-19 pandemic has been a challenging and difficult time across the globe.  As we continue transition through the Scottish government’s Routemap to Recovery, it is clear we need to do all we can to boost the economy through green initiatives.

“While our Programme for Government commitment to publish our plans for decarbonising Scotland’s railways was rightly paused, I am now pleased we can share them.  This is particularly important for the rail industry and its supply chain who are keen to see projects progress.

“Building on our recent strong track record of delivering electrification projects we have set out ambitious but achievable plans to decarbonise our rail passenger services by 2035, five years ahead of the UK target.”

Alex Hynes, managing director of Scotland’s Railway, said: “Delivering on the Scottish government’s bold and ambitious Rail Decarbonisation Action Plan is a top priority for Scotland’s Railway. We’re continually working to deliver a cleaner, greener railway for Scotland.

“Although rail is already a low-carbon mode of transport, we are committed to reducing our environmental impact ever further.

“The massive projects that have been delivered so far – the electrification of the Central Belt, new electric trains – mean more seats and faster journeys for our customers, as well as a rail service that is better for our environment. This plan will deliver even more for our passengers in the decades to come.

“It connects people with jobs, business with customers, tourists with destinations, and it’s delivering a railway of which we can be truly proud.”

Scotland establishes hydrogen accelerator at University of St Andrews

A new hydrogen accelerator will be located at the University of St Andrews in a £300,000 investment by the Scottish government.

The new initiative, which will draw on the expertise of the university and other institutions across Scotland, will help maximise the economic opportunities from the shift to zero or ultra-low emission mobility solutions.  It will achieve this by increasing expert capacity to advise on transport-focussed hydrogen projects, improving coordination between ongoing key initiatives and conducting expert analysis to foster new partnerships between industry and government.

This project directly supports the Scottish government’s commitment to its net-zero target of 2045. Additionally, the work of the hydrogen accelerator will also support the ambition of phasing out the need for new petrol and diesel cars and vans by 2032.

Connecting the project to expertise at other Scottish universities, relevant centres and initiatives, including the Michelin Scotland Innovation Parc and Power Networks Distribution Centre, will assist with the development of a strategic hydrogen workforce to support Scotland’s green recovery.

Michael Matheson, Cabinet Secretary for Transport, Infrastructure and Connectivity in the Scottish government, said: “I’m pleased that we can establish a new Hydrogen Accelerator for Scotland at the University of St Andrews. With their renowned specialism in hydrogen technologies and innovation – this is a perfect match at a time when there is really exciting work in the sector taking place across Scotland.

“We already boast several world-leading demonstrator projects.  These include Aberdeen’s Hydrogen Bus projects and the wide-ranging Orkney projects drawing on marine renewable energy to provide hydrogen for power generation, heating buildings and powering vehicles.  With abundant renewable energy resources and a strong engineering skills base, Scotland is in a strong position to develop a globally competitive hydrogen sector.

“By establishing this hydrogen accelerator at the University of St Andrews, we’re ensuring that hydrogen technologies can be successfully implemented in an economically sustainable way to achieve Scotland’s decarbonisation and net-zero ambitions. I wish Professor John Irvine and his team at St Andrews every success in supporting our flourishing hydrogen sector.”

In reply, Professor John Irvine from the University of St Andrews said: “It is excellent news that we can now launch the Hydrogen Accelerator for Scotland. We look forward to the accelerator team engaging with and mentoring hydrogen activities across the country so that we can best deliver a hydrogen enabled low-carbon economy.

“Hydrogen will be very important in our low-carbon future, and we have considerable expertise at St Andrews in these kind of technologies. The accelerator will be located at our new Eden Campus development where we will be supporting the commercialisation of new technologies in energy conversion and storage, including hydrogen. It’s a great opportunity for us to engage with Scottish companies who are breaking into these new markets.”

Unipart Rail to distribute AB Hoses’ variable-rate sanding system

AB Hoses and Fittings has announced that it has appointed Unipart Rail as the exclusive world-wide distributor for its Advanced Automatic Sander (AAS) variable-rate sanding system.

The new system has been developed to deliver enhanced adhesion for rail vehicles and has the potential to deliver significant timetable improvements and cost savings for rail vehicle operators, reduce low adhesion SPADs by 98 per cent and reduce low adhesion station overruns by 96 per cent.

David Whiteside, AB Hoses Commercial Director said: “We have worked very closely with RSSB and West Midlands Trains, along with Ricardo Rail, DB-ESG and Intrumentel, to build on our existing, award winning, sanding system technology and delivered the DVRS system used in the T1107 service trial. I’m delighted to say the results were overwhelmingly positive, the drivers loved it, and it is clear that DVRS is the future and has the potential, in the words of a TOC operations director, to be a ‘game changer’.

“As the only UK owned and based sander system manufacturer we have, in RSSB’s opinion, raised the industry’s expectations on what sanding systems should be capable of. Working with Unipart Rail is a natural extension to our technological innovation to accelerate the distribution and adoption of the AAS.”

Kelly Warburton, managing director, UK Rail Commercial at Unipart Rail said “We are always keen to work with existing suppliers and new partners to support new innovation and the commercialisation of new technologies that will benefit our customers. Through joining our market reach and customer relationships with AB Hoses’ innovation, we are set to deliver a massive improvement in timetable accuracy and lower costs to our customers.”

Mott MacDonald working on improving the railway’s response to signalling failure

Engineering and design consultant Mott MacDonald is undertaking its first piece of work for the new Network Rail design services framework, supporting the development of a new system to support degraded mode working on the railway during signalling system failures.

The DMWS project is part of Network Rail’s research & development portfolio, a £245 million investment programme over CP6 to drive improvements to the safety, performance and efficiency of Britain’s railway infrastructure.

DMWS aims to reduce delays to passengers and train services by deploying a range of new technologies to quickly restore limited train services whilst the primary signalling system is restored. Mott MacDonald is working as design consultant and technical advisor for Network Rail, providing support on elements including signalling interfaces, telecoms and power. Its technical advisory role will include:

  • Development of design, installation and testing standards
  • Signalling interfaces technical advice
  • Trial site investigations
  • Product development support

Mott MacDonald previously worked on the feasibility stage of the project in 2018 and will continue to support Network Rail through to an operational trial, currently expected to occur in 2022.

The DSF is a key framework for Network Rail. The framework was awarded in December 2019. Mott MacDonald was awarded three lots on this national framework.

Birmingham: University station redevelopment given go ahead

Birmingham’s £56 million University station redevelopment has now been confirmed after West Midlands Combined Authority (WMCA) agreed the full business case.

Approval means that work can start later this year on building a new fit-for-purpose station with modern facilities and capable of handling 7.2 million passengers a year. The current 1970s built station is one of the busiest in the region and badly in need of redevelopment to accommodate the four million passengers a year who use it, while allowing for future growth.

The new station, along with the provision of extra rolling stock from West Midlands Trains from 2021, will allow even more staff, visitors and students to take the train and avoid traffic queues on the congested A38.

Transport for West Midlands (TfWM), which is part of the WMCA, is leading a consortium including the University of Birmingham, Birmingham City Council, Network Rail, West Midlands Trains and the Greater Birmingham and Solihull LEP to fund and develop the project. The WMCA Board’s approval comes two days after the Department for Transport confirmed its contribution of £12 million towards the scheme.

Mayor of the West Midlands Andy Street, who chairs the WMCA Board, said: “I am delighted that the full business case for the new University Station has been approved by the board, meaning we can now get on and start building the new station ready for the Commonwealth Games in 2022.

“Over the last decade or so we have seen huge growth in both the university campus and the hospital site, making University one of the busiest railway stations on our network – but also in need of a major upgrade.

“By working collaboratively with partners across the city, in just a few short years we will be able to offer those many millions of passengers a brand new state-of-the-art station, which is fit for purpose.

“Not only is this project a brilliant example of teamwork and our ambition to improve public transport across the West Midlands, but infrastructure investments like these are also going to be critical to the region’s economic recovery from coronavirus.”

Dave Penney, Network Rail’s Central route director, said: This investment supports our commitment to putting passengers first in the West Midlands. With the Commonwealth Games on the horizon, it will transform University into a modern station that will meet the demands of the millions of passengers who use it every year for decades to come.”

New information screens for Thameslink passengers at St Pancras

Seven new passenger information screens at St Pancras, which can display 128 departures at one time, are now giving clearer, more comprehensive information at the street-level entrance Thameslink’s subterranean platforms.

Following requests and suggestions from passengers, Govia Thameslink Railway (GTR) asked Network Rail to replace the four outdated older screens above the Thameslink gate-line so that more service information could be provided, more clearly, particularly during periods of disruption.

The increased clarity is especially welcome at the busiest times when the old screens were not easily visible for people waiting or queuing further back on the concourse. It also helps passengers maintain social distancing while checking their departure times.

St Pancras CIS screens.

Tracy Hall, head of customer information for Govia Thameslink Railway, Thameslink’s parent company, said: “Thameslink trains leaving St Pancras are together heading for as many as 124 destinations, and we needed six screens to show all of those at any one time if necessary. The screen display is also designed to show only the destinations that trains will reach within the following 90 minutes, so the information is always relevant for our passengers.

“The seventh screen is for the display of special notices and disruption information. This reduces the need for free-standing signs, so the gate-line can be kept clear of unnecessary clutter, another improvement for our passengers’ experience.”

As the station is Grade I listed, the screens had to be approved by Historic England and Camden Borough Council. They agreed that the replacement of the old screens and consolidation of train information and wayfinding into a central bank of screens above the gates to the platforms was “a positive step and a visual improvement.”