The concessional loan, valued at approximately 1.45 billion yuan (equivalent to US$204 million), received its official endorsement through Presidential Decree No. 652 of 2025, as published in the Official Gazette. This funding will be instrumental in advancing the third phase of the Light Rail Transit (LRT) project. The project is designed to extend an existing network that links Greater Cairo with the New Administrative Capital and the vital industrial and residential centre of 10th of Ramadan City.

While specific details regarding the Chinese lender and the implementing agency have not been publicly disclosed, the agreement firmly positions China as a central partner in financing and delivering a transport system vital for connecting burgeoning urban communities and production zones with the wider Cairo metropolitan area. This project is emblematic of a larger pattern of cooperation between Egypt and China, encompassing rail infrastructure, urban mobility solutions, and extensive development corridors.

For Egyptian policymakers, the LRT represents a cornerstone in their strategy to improve connectivity between Cairo and the rapidly expanding urban and industrial regions situated to the east of the capital. The utilization of concessional financing further highlights China’s consistent role in bolstering major infrastructure projects across both Africa and the Middle East. Although precise terms are yet to be detailed, concessional loans typically offer more favorable conditions than commercial borrowing, including lower interest rates and extended repayment periods. This approach assists Egypt in its continued investment in strategic infrastructure while managing short-term pressures on public finances.

The announcement of this new financing comes at a time of ongoing discourse concerning the long-term economic implications of Chinese-funded infrastructure projects. Concessional loans, while capable of accelerating project delivery and alleviating upfront funding constraints, also contribute to external debt obligations. Critically, these projects necessitate the generation of substantial economic returns over their lifespan. For Egypt, a primary consideration is whether the expanded Egypt Cairo light rail network will effectively support industrial decentralization, enhance mobility for its citizens, and stimulate economic activity along the corridor.

Robust transport links have the potential to encourage both businesses and residents to relocate to emerging urban centers, thereby alleviating pressure on the densely populated Cairo metropolitan area. This initiative is integral to a wider strategy focused on modernizing transport networks, mitigating congestion, and fostering growth in new cities. The ultimate success of the Egypt Cairo light rail project will depend significantly on the efficacy of station integration with industrial zones, logistics facilities, and residential developments in 10th of Ramadan City and its adjacent areas. If executed effectively, the corridor could become a catalyst for transit-oriented development, attracting investment in warehousing and manufacturing, and improving the mobility of the workforce between Cairo and its eastern growth centers.

This particular transaction also sheds light on a growing trend among African nations to leverage diverse funding sources for urban transformation. Chinese capital continues to be a substantial contributor to rail and mass transit projects. However, it is increasingly complemented by financing from Gulf investors, multilateral institutions, and domestic sources. Such diversification enhances financial flexibility and strengthens governments’ capacity to align infrastructure investments with their overarching industrial and economic development objectives.

The European Investment Bank (EIB) is increasing its assistance for a project to expand the Stockholm Metro by giving extra loans to the Region of Stockholm and the City of Stockholm.  The EIB will offer a total of SEK 4.5 billion in funding, equivalent to around €400 million.  Including these fresh loans, the EIB has contributed about SEK 12 billion (more than €1 billion) to the project in Sweden’s capital.

The Stockholm metro expansion project is one of the largest infrastructure projects in Sweden to be sponsored by the European Union, and it represents the EIB’s largest investment in Swedish public transport.

EIB Vice-President Thomas Östros said: “This investment boosts both sustainable mobility and regional development. By providing an additional loan, we are demonstrating our long-term commitment to climate-smart investments in Europe’s growing cities. This project is an excellent example of how EU funding can benefit both people and the climate.”

The metro project includes three new 30-kilometer sections in the Stockholm Region, with 20 kilometres of double-track tunnels and 18 new stations.  These new parts will see the construction of 130 500 dwelling units.

Stockholm, Nacka, Solna, and Järfälla will be the municipalities where the project is implemented.  This program is critical for providing sustainable and efficient public transport to fulfil the demands of the rising population.  730 000 individuals in the county utilise public transit on a daily basis.

Region of Stockholm Director-General Emma Lennartson said: “The EIB’s support is essential for investment in the metro expansion project. Continuing to invest in, and rely on, public transport is an effective way of reducing greenhouse gas emissions in the Region of Stockholm.”

Lennartson also added:

“With the City of Stockholm and our other partners in the county, we are working hard to reduce greenhouse gas emissions by 12% every year, which is necessary for the county to do its part to meet the objectives of the Paris Agreement. Investing in the metro will help to increase our chances of reaching carbon neutrality by 2045.”

The new EIB loan is shared among the two borrowers:

• SEK 2.5 billion will go to the region of Stockholm.
• SEK 2 billion will go to the City of Stockholm.
  

City of Stockholm Director-General Fredrik Jurdell said: “The EIB’s continued commitment to this financial partnership reaffirms the importance of the metro expansion project for sustainable growth in the capital and the surrounding areas. The new metro meets the needs of future generations in terms of transport and mobility, but also with regard to housing, given that housing units will be built as part of the project.”

The Stockholm metro expansion project includes significant attempts to improve sustainability.  Ceequal, a renowned certification system for civil engineering projects, completed an audit on the project.  Several project participants achieved a ‘Excellent’ rating, the best attainable.  This demonstrates the project’s environmental and sustainable development goals, which exceed legislative and sector-specific criteria.

This follows research which shows that Metro customers want a better digital experience, from when they walk from the street onto a station platform and right through their journey.

Nexus will be focusing investment on boosting commercial mobile network strength across the Metro system, rather than putting Wi-Fi on-board trains, as this is expensive to provide and would be used by very few customers.

Metro customers already benefit from 4G and 5G connectivity through their phone contracts on much of the system’s 60 stations and the lines in between. Under this plan Nexus will engage with the major network providers to build improved connectivity in those ‘not spot’ areas where the signal is weaker, including tunnels and cuttings and lines near the coast.

Mobile provider EE has offered 4G connectivity in Metro tunnels beneath central Newcastle and Gateshead since 2019, though plans to get other mobile networks on-board had been held up during the COVID-19 pandemic.

“We want customers to enjoy unbroken 4G and 5G connectivity on smart phones as they travel around the region, whether that is while getting to a station, waiting on the platform or travelling on trains. We’ve done research with customers, which shows that people now value a good connection for their phone, using their own data, rather than wanting to log in to a Wi-Fi service provided by a train operator, particularly when most people travel on Metro for only a short period,” said Customer Services Director, Huw Lewis. “There are challenges – an independent survey across the Metro network identified our customers will see strong connectivity on a train across most of the network, but there are a number of small stretches where it could be much better.”

New GPS-enabled trains will provide people with exact information about a train’s location, reducing instances of trains, predicted to be on time, suddenly showing as delayed. The location of older trains is only measured when they pass signals, which can be up to five miles apart. Chiltern, Grand Central, LNER and parts of Northern and ScotRail started using GPS last year and this improved data will feed into TrainMapper – a new system to track trains, powered by Google Maps, soon to launch on the National Rail website.

New technology can also tell people which carriages are emptier using data on footfall and reservations, and even where to stand on the platform to board the train. GTR’s Class 700 Thameslink trains are an example of where weighing technology is already telling passengers on board where to find carriages with more space. As new trains follow suit, passengers will get more and better information through screens at stations and their phones.

Passengers can also sign up to receive personalised information, making it easier to plan at stressful points in their journey. This includes suggestions for alternative routes during disruption through Facebook Messenger and ‘Alert Me’ in the National Rail app.

As 1,000 extra train carriages come on track in 2020, the nation’s fleet will grow from nearly 15,000 train carriages today to almost 16,000 by the end of the year. With more, tech-upgraded carriages, passengers will feel the benefits with more space, more frequent services and more information available at their fingertips.

Recently Robert Nisbet was a guest on our podcast, keep your eyes peeled for the upcoming episode in the next couple of weeks.

The Finch West LRT will provide brand new transit access to the historically underserviced northwest area of Toronto, which will connect to the current subway Line 1 Yonge-University. It will make commuting to work and school much faster and easier for northwest Toronto residents and have the added advantages of providing an economic boost and social benefit to the area. The new 11 km line will have 18 stops between Humber College and the Finch West subway station.

The Greater Toronto Area has a growing population and is facing significant traffic and transit congestion; the Finch West LRT is how Metrolinx and the Province of Ontario are expanding the public transit system to address these challenges to make life faster, better and safer for GTA residents and their families.

Thales brings a wealth of global expertise and experience on several types of urban rail projects, including being the signalling provider on the new Ottawa LRT Confederation Line. Thales’ experience and proven track record of success with LRVs means that there is a much lower integration risk when these systems are installed and put into service and operation.

Thales’ Toronto office has over 1,200 employees, including more than 900 engineers and 30,000 ft2 of simulation lab space for software testing. Its made-in-Ontario SelTrac signalling solution was the first CBTC system in the world and was implemented in the 1980s on the Scarborough RT and Vancouver SkyTrain projects.

The Finch West LRT project is owned by Metrolinx and will be operated by the TTC. The project is slated for completion and revenue service in 2023 and includes a 30-year maintenance service contract that will be performed by Mosaic Transit Group.

Bombardier Transportation, a subcontractor for the ICE 4 project, has determined within the framework of its quality management that individual welds on ICE 4 railcar bodies were not carried out as prescribed. This deviation is not safety relevant.

Talks with the RMT union are still ongoing with the aim of resolving this dispute.

If this strike goes ahead DLR services will be affected, although we will run as many trains as possible.

For the latest information visit tfl.gov.uk/dlr or refer to local news and travel reports.

Other than replacing 30 of the existing Phase 2 LRVs which have been in service since 1992,the LR fleet size will be further expanded with an extra 10 LRVs. The first batch of new LRVs is expected to be ready for passenger service in 2019.

Subsequent to the Corporation’s announcement in May 2015 that it plans to procure 10 additional Light Rail vehicles and 10 buses with the final details to be determined based on the result of the Government’s Public Transport Strategy Study (PTSS) on enhancing Light Rail carrying capacity, a rigorous tendering process subject to the World Trade Organisation’s Agreement on Government Procurement was conducted. Eventually, the contract for the new LRVs has been awarded to CRRC Nanjing Puzhen Co., Ltd for about $745 million.

Although the PTSS will only be completed in mid-2017, the Corporation has taken the initiative to confirm the procurement order of the 10 additional LRVs in advance to facilitate delivery of the new LRVs, when called for, as soon as possible on the completion of the PTSS. This is to cater for continued development of the Light Rail network.

With phased delivery of the new LRVs, the operational fleet size of the Light Rail network will be progressively increased to 150 in 2023. Along with an expansion in overall carrying capacity,the introduction of the new LRVs will also bring a number of enhancements to passengers’ journeys, including:

• An improved LED lighting system which will enhance the ambiance of the train saloons;
• More passenger seats than Phase 2 LRVs;
• Improved handrail and strap hanger arrangements.

In order to ensure that the new LRVs comply with the Corporation’s stringent requirements, MTR will follow its well-established regime in monitoring the manufacture and conducting quality control. The new LRVs will also go through a series of tests both at the manufacturer’s factory and after delivery to Hong Kong. Furthermore, new LRVs are required to pass all the required safety and performance tests and obtain approval from the relevant Government departments before they can enter into passenger service.

“MTR always strives for continuous improvements to provide passengers with more comfortable and reliable services. In view of the growing demand for public transport in the Northwest New Territories, we have decided to purchase more new vehicles to enhance the travelling experience of our passengers as well as to meet the needs of the community for additional transport services,” said Mr Adi Lau, Operations Director of MTR Corporation.

“MTR will continue to work closely with Government to coordinate in the context of the PTSS so as to effectively enhance the carrying capacity of the Light Rail system through procuring additional LRVs as well as other necessary enabling works in order to cater for the morning peak demand, “added Mr Lau.

About MTR Corporation
MTR Corporation is regarded as one of the world’s leading railway operators for safety, reliability, customer service and cost efficiency. In its home base of Hong Kong, the Corporation operates nine commuter railway lines, a Light Rail network and a high-speed Airport Express link on which more than 5.5 million passenger trips are made on a normal week day. Another 5 million passenger trips are made on the rail services it operates outside Hong Kong in the Mainland of China, the United Kingdom, Sweden and Australia. In addition, the Corporation is involved in a range of railway construction projects as well as railway consultancy and contracting services around the world. Leveraging on its railway expertise, the Corporation is involved in the development of transit-related residential and commercial property projects,property management, shopping malls leasing and management, advertising media and telecommunication services.For more information about MTR Corporation, please visit www.mtr.com.hk.

Designed by Alstom and assembled at its centre of excellence in La Rochelle France, the Citadis X05 is the latest evolution in Alstom’s LRV range. The new vehicles will provide considerable benefits for the city of Sydney by reducing the dependency on motor vehicles and buses, reducing greenhouse emissions and noise pollution. Each LRV will operate in a 67-metre couple set which will have a capacity of up to 450 people, equivalent to up to nine standard buses. The network will have a capacity to move up to 13,500 passengers per hour, which will ensure less congestion on Sydney’s roads and more reliable travel times for commuters.

Passengers have been placed at the heart of the development of this new vehicle, with the emphasis on on-board mobility and comfort. The LRVs include double-doors for improved access and passenger flows, large balcony style windows, multi-purpose areas, ambient LED lighting and the highest levels of customer safety including CCTV monitoring, emergency intercoms and the latest wayfinding aids for passenger information and real time travel information.

The impact to the environment will be minimised through increased energy efficiency achieved by the use of electrical braking, permanent magnet motors, LED lights, sensor-based air-conditioning and the use of water based paints and non-hazardous materials for construction. Each vehicle is 98% recyclable at the end of its lifespan (30 years).

The new network power supply equipment includes Alstom’s innovative APS technology – a wire-free, ground based power supply that will operate along two kilometres of the alignment through the centre of the City. The network will also benefit from the application of Alstom’s HESOP reversible substation technologies which enable the LRVs to recover more than 99% of the energy usually lost during braking. The recovered energy can be re-used to power other vehicles running on the same line, or injected back into the network.

“We are extremely proud to be able to deliver our latest and most innovative light rail technology to Sydney,” said Mark Coxon, Managing Director for Alstom in Australia and New Zealand. ‘The Citadis X05 and associated technologies will transform Sydney and provide a step change in the city’s public transport capability and reliability while preserving the aesthetic appeal of the City,” said Mr Coxon.

Currently, more than 50 cities worldwide operate Alstom’s Citadis light rail vehicles. The Citadis X05 model has been produced first for Sydney but will also soon be rolled out in other cities including Nice and Avignon (France), and Kaohsiung (Taiwan).

Testing and commissioning of the LRVs will take place in Sydney later in the year.