Nigeria and Ethiopia are creating new gas supply networks through a large-scale infrastructure initiative aimed at reshaping Africa’s energy access, industrial capacity, and environmental trajectory, with the Gas-by-Rail Economic Corridor Initiative positioning rail transport as an alternative to cross-border gas pipelines.
The GBR-ECI, unveiled in Addis Ababa, sets out plans for a continent-wide freight rail network designed to move liquefied natural gas across Sub-Saharan Africa and reduce reliance on woodfuel. The estimated cost of the initiative ranges from 500 billion dollars to one trillion dollars, placing it among the most ambitious infrastructure proposals ever advanced on the continent.
The project, promoted by Ethiopia’s Ministry of Transport and Logistics in partnership with Nigeria-based Insight Dynamic Resources, proposes a 73,500-kilometer rail system spanning 40 countries. Project sponsors describe the network as a “virtual pipeline” that would transport densified LNG by rail, bypassing the political, security, and engineering hurdles that have historically stalled transnational pipeline projects in Africa.
Nigeria’s involvement reflects its role as Africa’s largest natural gas holder and a key supplier of LNG. Under the corridor model, gas produced in Nigeria and other producing states would be liquefied, densified, and transported by rail to inland markets currently beyond the reach of pipelines or coastal import terminals. Advocates say this flexibility could accelerate gas adoption in landlocked countries and regions affected by insecurity or weak infrastructure.
At its core, the initiative seeks to address Africa’s persistent energy deficit while confronting the environmental damage caused by widespread biomass use. An estimated 90% of households in Sub-Saharan Africa still depend on firewood and charcoal for cooking and heating. In several countries, consumption far exceeds forest regeneration rates, contributing to deforestation, land degradation, and indoor air pollution linked to respiratory illnesses.
According to figures presented at the launch, annual woodfuel consumption exceeds sustainable supply by about 70% in Sudan, 75% in northern Nigeria, and 150% in Ethiopia. Project backers argue that large-scale distribution of gas for household and industrial use could cut woodfuel consumption and associated greenhouse gas emissions by up to 75%, easing pressure on forests while improving public health outcomes.
Beyond household energy, the GBR-ECI is framed as an industrialization platform. The corridor is projected to underpin economic activity valued at up to 29 trillion dollars over several decades by providing reliable energy and transport infrastructure for manufacturing, mining, and logistics. Project proponents estimate that the construction and operation of the network could generate more than 70 million jobs by 2050, spanning engineering, manufacturing, operations, and ancillary services.
Ethiopia is expected to serve as a central anchor for the initiative through what planners describe as an “Ethio-Cluster” of energy and heavy industry. Under the proposal, the country would develop facilities for green hydrogen production, green iron processing, and up to five million tons of green steel output annually by 2030. A planned partnership with Germany’s SMS Group would support the local manufacture of rail tracks and components, reducing import dependence and supplying materials needed to expand the rail network itself.
The operational demands of the corridor are substantial. Project documents outline requirements for more than 5,100 heavy-haul locomotives, over 80,000 specialized LNG tank units, and approximately 100,000 wagons and coaches. Siemens Mobility is listed as a technology partner for signaling, monitoring, and network optimization, with digital systems intended to manage traffic flows, maintenance, and energy distribution across multiple countries.
Source: orientalnewsng.com