New Rail Services Launched From London Gateway

Maritime Transport has launched two new intermodal rail services connecting DP World London Gateway with its inland terminals at Hams Hall and iPort Doncaster.

Running Monday to Saturday, the new services commenced last week and are operated in partnership with GB Railfreight. Both services have been introduced in response to growing volumes at DP World London Gateway – where a £1bn expansion is set to begin this month to increase capacity at the Port – and reflect Maritime’s continued investment in expanding its rail network and infrastructure, improving inland connectivity, and driving modal shift across key UK routes.

John Bailey, Managing Director – Intermodal, Maritime Transport:

‘London Gateway is seeing strong growth in container volumes, supported by its role in the Gemini Cooperation’s Asia–Europe network and a major expansion project that will further strengthen its position as one of the UK’s leading deep-sea ports. As throughput increases, so too does the need for reliable inland connections. These new rail services provide the additional capacity needed to support that growth, enhance our national network, and enable a more meaningful shift from road to rail as part of a lower-carbon, more efficient UK supply chain.’

London Gateway Maritime Transport

Maritime plans to introduce additional services in the coming weeks, expanding connectivity between major UK ports and its network of nine strategic rail freight terminals. New routes currently in development include Felixstowe to Manchester, DP World London Gateway to the East Midlands, and Southampton to Maritime’s SRFI at SEGRO Logistics Park Northampton – the latest addition to the company’s growing rail terminal portfolio which is now fully integrated into the national rail network.

Julie Garn, Intermodal Director, GB Railfreight:

‘Rail plays a hugely important role in our national supply chains. In addition to driving our economy, moving goods by rail reduces emissions and supports the UK’s transition to more sustainable transport. Using rail freight reduces carbon emissions by c.76% compared to road. These new services are a great example of what long-term collaboration can achieve, delivering practical, lower-carbon alternatives to road that benefit the wider supply chain.’

New Rail Services Launched From London Gateway

Maritime Transport has launched two new intermodal rail services connecting DP World London Gateway with its inland terminals at Hams Hall and iPort Doncaster.

Running Monday to Saturday, the new services commenced last week and are operated in partnership with GB Railfreight. Both services have been introduced in response to growing volumes at DP World London Gateway – where a £1bn expansion is set to begin this month to increase capacity at the Port – and reflect Maritime’s continued investment in expanding its rail network and infrastructure, improving inland connectivity, and driving modal shift across key UK routes.

John Bailey, Managing Director – Intermodal, Maritime Transport:

‘London Gateway is seeing strong growth in container volumes, supported by its role in the Gemini Cooperation’s Asia–Europe network and a major expansion project that will further strengthen its position as one of the UK’s leading deep-sea ports. As throughput increases, so too does the need for reliable inland connections. These new rail services provide the additional capacity needed to support that growth, enhance our national network, and enable a more meaningful shift from road to rail as part of a lower-carbon, more efficient UK supply chain.’

London Gateway Maritime Transport

Maritime plans to introduce additional services in the coming weeks, expanding connectivity between major UK ports and its network of nine strategic rail freight terminals. New routes currently in development include Felixstowe to Manchester, DP World London Gateway to the East Midlands, and Southampton to Maritime’s SRFI at SEGRO Logistics Park Northampton – the latest addition to the company’s growing rail terminal portfolio which is now fully integrated into the national rail network.

Julie Garn, Intermodal Director, GB Railfreight:

‘Rail plays a hugely important role in our national supply chains. In addition to driving our economy, moving goods by rail reduces emissions and supports the UK’s transition to more sustainable transport. Using rail freight reduces carbon emissions by c.76% compared to road. These new services are a great example of what long-term collaboration can achieve, delivering practical, lower-carbon alternatives to road that benefit the wider supply chain.’

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eBook: Logistics Cost Allocation Tool

 

Decarbonising European Supply Chains with Intermodal Solutions

Railways have long been a reliable mode of transporting goods. However, in recent years, road transport has taken the lead, offering faster and more flexible delivery options. Now, with decarbonisation goals in focus, rail is making a comeback as a powerful solution for reducing emissions.

Intermodal solutions, especially rail transport, have proven effective in reducing emissions. When powered by green energy sources, rail can significantly cut emissions by up to 65%1. Thanks to the long distances covered by a single train, equivalent to 20–30 fully loaded trailers, the railway network offers a safe, sustainable, and efficient way to transport goods for long distances across Europe.

High-value goods on trains

With supply chains accounting for a large portion of companies’ overall emissions, up to 90% in some cases 2, shifting a significant portion of transport to rail can greatly impact carbon footprints. One example is a leading cosmetics company that decided to move up to 80% of its high-value goods transport to the railway network. By transporting up to 1500 fully loaded trailers, only in 2022, the company achieved a significant 80% reduction3 in emissions compared to traditional road transport.

“We knew the company wanted to make significant strides in reducing emissions, so we explored possible solutions together, analyzing all available alternatives. Thanks to our extensive network and minimal changes to operations, we utilized rail transport effectively. Paired with our broad trucking network, from and to terminals, we have delivered a large volume of goods most conveniently and sustainably,” says Larisa Senkevičienė, Intermodal Business Development Manager from Girteka, the company securing the deliveries.

This case, as the majority of the loads were transported via railway, required precise coordination with the customer to plan both loading and unloading. Time slots were established to align with production and delivery schedules, knowing the need for smooth transitions between rail and road. Internally, planning teams collaborated with the customer to manage every step, adjusting resources to fit the rail transport requirements. This co-creation approach optimized logistics, allowing for on-time deliveries with minimal delays.

Combination of sustainable solutions

Though the railway network has its limitations, when combined with alternative fuels like HVO100 or battery-electric vehicles (BEVs), emission reductions can reach up to 100%, while using clean green energy. Another example from the food and beverages sector involved optimizing both the start and end of the transport process to reduce emissions. Due to network limitations, the company opted for a combined transport method, using both the railway network and HVO-fueled trucks for delivery to and from train terminals. The results were impressive.

“We had to approach this differently, as the entire supply chain couldn’t be covered solely by intermodal transport. However, with our trucks being compatible with alternative fuels like HVO, we used this option to handle the transport to and from the railway terminal. The outcome? A 90% reduction4 in emissions, which can be easily reported,” explains Senkevičienė.

Measuring Impact through Data

Reporting and data collection are crucial for evaluating the efficiency and real impact of sustainable solutions. The goal is simple: reduce emissions as much as possible without compromising the timing or stability of supply chains.

“Monitoring and data are essential for us, therefore we provide the option to oversee the full cargo journey, and our calculations of reduced emissions from chosen sustainable transport solution, customer can receive a comprehensive report on the exact number of kg of CO2 reduction. In a time of data approach and ESG reporting soon in place, this value information is additional benefit customer receive,” – emphasizes Senkevičienė.

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Sustainability through Circularity and Real-Time Solutions

Stromag clamps help build autobahn bridge

The replacement A40 Neuenkamp Duisburg Bridge, currently under construction in Germany, will support the future prosperity of the industrial Ruhr region by widening this crucial highway over the Rhine. The landmark project is being supported in part by Stromag, which supplied retractable rail clamps to fit the KM Kümsan overhead cranes lifting the large prefabricated bridge sections into position.

The original A40 Neuenkamp Duisburg Bridge was completed in 1971. Designed to carry 30,000 vehicles a day from the A40 autobahn, in recent times the bridge has had to cope with up to 110,000 a day, including a large quantity of trucks . With this increased usage, and following multiple structural repairs, Germany’s motorway authority has embarked on a €340m project to replace the aging bridge with a new eight lane 802m-long cable stayed bridge. When complete, it will be the longest in the country. The 71m-high structure will offer the capacity to carry up to 150,000 vehicles a day with a design life of up to a century, helping to support future economic growth in the area.

The need for cranes

An innovative construction method has been employed to minimise disturbance to road and river traffic. The first span of the new bridge will be built alongside the original, with prefabricated sections moved into position across the river. The original bridge will then be dismantled and replaced with a second span. Finally, the first span will then be ‘slid’ sideways to sit closely to the second span. This allows road traffic to continue to cross the river during the project.

This construction process relies on the use of large prefabricated steel sections which are assembled and lifted into position by overhead cranes running on rails. Leading crane manufacturer KM Kümsan Cranes, together with project developer OVM Engineering GmbH, was ordered to provide four 50t, 32m span capacity gantry cranes to support the bridge building production process. To ensure that the cranes stayed in position on the rails during operation and parking, the OEM contacted Stromag to provide retractable rail clamps for reliable braking performance.

A rail clamp expert

Rail clamps, also known as storm brakes, generate holding force at the crane rails to prevent uncontrolled movement of the crane due to gusts of wind. It is imperative that rail clamps offer reliability, a stable brake friction coefficient and can operate in a wide variety of conditions.

Stromag, a leading brand of Altra Industrial Motion Corp., is a global provider of power transmission solutions to the crane sector, with a specialty in heavy-duty braking technology. The business provides a range of storm brakes to meet varying overhead crane requirements, offering the capability to provide bespoke designs to meet specific needs.

Ünver Ünlü, Business Development Manager at Stromag, adds: “We recommended oversized RRBS retractable rail clamps with in-built Hydraulic Power Packs (HPUs) to KM Kümsan for use on the cranes. To adhere to the bridge construction schedule, it was important that we could provide the multitude of clamps within a tight schedule. We were able to deliver the customised units to KM Kümsan ahead of time and exactly to specification, ensuring that construction work could begin smoothly.

“Our rail clamps offer high power density in operation, with forces ranging from 100kN to 1200kN. Frictions pads are designed and arranged to provide a stable brake friction coefficient across a range of temperatures, which ensures consistent performance in varied environments.”

Tailored designs

“Rail clamp designs are tailored to offer up to 50mm vertical and horizontal float to meet the needs of curved rails, which means an optimum solution for each application,” Ünver continues.

“For retrofit projects, we even can dial in float to accommodate rails that have become squashed and ‘mushroomed’ over prolonged use. We also have the ability to manufacture rail clamps with special bolt patterns to fit crane OEM designs. This flexibility to provide designs that are specialised to maximise performance means our rail clamps offer the utmost reliability across varying operating conditions.”

Stromag provides proof of performance for all its rail clamps thanks to extensive in-house testing of designs. The rail profile of each project is replicated in brake tests, ensuring accurate results. This ensures rail clamps will operate exactly as intended once installed.

With construction work on the A40 Neuenkamp Duisburg Bridge expected to be completed by 2026, soon cars and trucks will be able to cross the Rhine easier than ever before, helping to safeguard the future economic growth of the Ruhr industrial zone.

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