Skip to main content

GE signs contract to help transform Egypt’s rail infrastructure

GE Transportation has signed a Letter of Intent with the Ministry of Transportation (MoT) and Egyptian National Railways (ENR), worth US$575 million, to supply 100 GE ES30ACi Light Evolution Series locomotives that can be used for both passengers or freight rail, as well as a 15-year agreement for parts and technical support for GE locomotives in ENR’s new and current fleet.
June 27, 2017 Read time: 2 mins

940 GE Transportation has signed a Letter of Intent with the Ministry of Transportation (MoT) and Egyptian National Railways (ENR), worth US$575 million, to supply 100 GE ES30ACi Light Evolution Series locomotives that can be used for both passengers or freight rail, as well as a 15-year agreement for parts and technical support for GE locomotives in ENR’s new and current fleet. The agreement also includes technical training aimed at improving local capabilities and technical skills for more than 275 ENR engineers and employees in region.

The new locomotives are equipped with a 12-cylinder, 3,200 horsepower GE Evolution Series engine. The locomotive delivers high power output to enable enhanced productivity and flexibility in heavy haul operations, as well as enhanced reliability. The locomotives can be used to transport passengers or freight.

According to GE , which has been a committed partner to Egypt for over 40 years and has more than 700 employees in country, this strategic agreement reflects its efforts to deepen and transform its global presence, meet international customers’ needs, and capitalise on the strong opportunity for international growth.

Jamie Miller, GE Transportation chief executive officer said the agreement marks a major milestone for Egypt and reflects a long-standing relationship with the Ministry of Transportation and ENR. “Today, ENR’s fleet includes roughly 80 GE Evolution Series locomotives to move people and goods critical to Egypt’s economy. With this agreement, we will help the region improve its rail infrastructure and bring products to market faster and more efficiently,” he continued.

Medhat Shousha, chairman of Egyptian National Railways, said: “We are looking forward to bringing the latest technologies to improve rail infrastructure in Egypt.”

For more information on companies in this article

Related Content

  • Smart railways market worth US$39.20 Billion by 2018
    December 5, 2013
    MarketsandMarkets’ report, "Smart Railways Market [Passenger Information Systems, Freight Information Systems, Rail Traffic Management, Operations Management, Security Monitoring, Communications, Ticketing, Rail Analytics]: Worldwide Market Forecasts and Analysis (2013 - 2018)", defines and segments the Smart Railways Market into various sub-segments with in-depth analysis and forecasting of revenues. It also identifies drivers and restraints of this market with insights on trends, opportunities, and challe
  • Spark plugs may be replaced by lasers
    May 21, 2012
    For more than 150 years, spark plugs have powered internal combustion engines. Automakers are now one step closer to being able to replace this long-standing technology with laser igniters, which will enable cleaner, more efficient, and more economical vehicles.
  • UK needs new freight strategy says report
    June 22, 2016
    The Institution of Mechanical Engineers is calling for the UK Government to urgently introduce a national multi-modal freight strategy in a move to ease traffic congestion, improve air quality and boost the economy. According to its report ‘UK freight: in for the long haul’ up to 30 per cent of all haulage vehicles on UK roads are empty and about 150 million miles are driven unnecessarily by lorry drivers. It claims a national strategy could outline plans to make better use of urban consolidation centres
  • GE, Ford, University of Michigan working to extend EV battery life
    August 6, 2012
    GE researchers, in partnership with Ford Motor Company and the University of Michigan, are working together to develop a smart, miniaturised sensing system that has the potential to significantly extend the life of car batteries over conventional battery systems used in electric vehicles today.