For decades, Algeria's industrial ambitions have faced a fundamental contradiction. The country possesses enormous natural resources, relatively abundant energy supplies and a strategic position between Europe and Africa, yet much of its heavy industry has remained dependent on imported raw materials, industrial equipment and intermediate products. The development of the Gara Djebilet iron ore deposit in the far southwest could begin to change that equation.
Located in Tindouf province, close to the Moroccan border and the Mauritanian frontier, Gara Djebilet contains an estimated 3.5 billion tonnes of iron ore, including approximately 1.7 billion tonnes considered commercially exploitable in published project estimates. Its development represents one of the most ambitious mining and industrial undertakings in Algeria's modern economic history. But the real significance of the deposit cannot be measured simply by the volume of ore beneath the desert.
What makes the project particularly important is the industrial system being built around it: a new railway connecting the mine to Béchar and the northern industrial network, processing facilities designed to overcome the ore's metallurgical limitations, and an expanding steel industry capable of transforming domestic mineral resources into higher-value products.
The ambition is considerable. Algeria is attempting to connect a remote mining deposit to an industrial ecosystem that already includes major steel producers, particularly Tosyali in Oran, while preparing to rehabilitate older assets such as El Hadjar in Annaba. If these investments are coordinated successfully, the country could progressively reduce its dependence on imported iron ore and strengthen its position as a regional supplier of steel products.
Yet Gara Djebilet also presents a difficult industrial challenge. The ore contains relatively high levels of phosphorus, requiring specialised treatment before it can be used efficiently in steelmaking. Transporting millions of tonnes across the Sahara is another major undertaking, while the country's steel producers must ensure that additional raw material can be absorbed by competitive industrial facilities.
The project is therefore not simply about opening a mine. It is about building an entire domestic iron and steel value chain.
The real challenge begins after extraction
Gara Djebilet's enormous reserves have long attracted attention, but the deposit's commercial exploitation has been complicated by its mineralogical characteristics.
Iron ore is not automatically suitable for steel production simply because it contains iron. Its chemical composition, mineral structure and concentration of impurities determine how efficiently it can be processed into industrial feedstock.
One of the principal obstacles at Gara Djebilet is phosphorus. High phosphorus content can affect the mechanical properties of steel, making its removal or reduction an essential part of preparing the ore for industrial use. The deposit's oolitic structure adds another level of complexity because phosphorus can be distributed within the mineral structure rather than appearing only as an easily separable impurity.
This is why the development of Gara Djebilet requires more than conventional extraction equipment.
The industrial chain must begin with mining and primary preparation, including crushing, screening and separation. The material must then undergo appropriate concentration and dephosphorization processes to achieve a quality suitable for downstream steelmaking.
The distinction between these stages is important. Primary processing can improve the physical characteristics of the ore and remove some unwanted material, but it does not necessarily produce the high-grade concentrate required for direct reduction ironmaking.
The objective is to transform a large geological resource into a consistent industrial feedstock that can be used by modern steel plants.
This technical challenge explains why Algeria has placed considerable emphasis on partnerships involving Sonarem, FERAAL and Tosyali, as well as the development of processing facilities around Béchar and the mining corridor.
The country's ability to master this stage will determine whether Gara Djebilet becomes a genuinely competitive industrial resource or remains a large deposit requiring costly treatment and imported blending materials.
The railway: transforming a remote deposit into an industrial asset
The second major obstacle has always been geography.
Gara Djebilet lies far from Algeria's principal industrial centres and Mediterranean ports. Without a high-capacity transportation system, the cost of moving millions of tonnes of iron ore across the desert would undermine the commercial viability of the project.
The western mining railway was therefore not simply an accompanying infrastructure investment. It was a prerequisite for developing the deposit on an industrial scale.
In January 2026, Algeria officially launched the first shipment of iron ore from Gara Djebilet. The initial cargo amounted to approximately 1,450 tonnes and was transported towards Béchar for preliminary processing before being directed towards the Tosyali complex in Bethioua, near Oran.
The shipment was symbolically important, but its real significance was logistical. It demonstrated that the mine, railway and industrial network could begin operating as a connected system.
The new Béchar–Tindouf–Gara Djebilet railway extends approximately 950 kilometres and forms the backbone of the western mining corridor. It connects the remote mining area to Béchar, where the line joins the wider national railway network towards northern Algeria.
The importance of this infrastructure extends beyond the transportation of iron ore. The line can also serve passengers, general freight and economic development along a region that has historically remained distant from the country's principal industrial centres.
Its published design specifications include the capacity to accommodate substantial mining traffic, with official information citing up to 24 mining trains daily under the planned operating configuration.
This is a major improvement over relying on road transportation for a commodity that must eventually be moved in quantities measured in millions of tonnes.
The economics are straightforward. Iron ore is a heavy, relatively low-value bulk commodity. Its competitiveness depends heavily on the cost of moving it from the extraction site to the processing facility and ultimately to the steel mill.
A railway capable of transporting several million tonnes annually can dramatically change that equation, particularly when dedicated freight infrastructure is used to move large volumes over long distances.
But the railway's value will depend on utilisation. Its commercial performance cannot be assessed simply by its construction cost or its inauguration. It must eventually carry sustained industrial volumes, supported by functioning mines and processing plants.
In other words, the railway has removed one of the project's most important geographical obstacles. The next challenge is to ensure that the industrial facilities connected to it are ready to receive and process the ore.
Toumiat: where the mineral becomes an industrial product
One of the most important elements of the Gara Djebilet development is the concentration and dephosphorization infrastructure planned around the Toumiat industrial zone in Béchar.
The FERAAL–Tosyali partnership, operating through the joint venture FTTF, has been associated with a project targeting approximately four million tonnes of annual iron concentrate production. According to the Algerian Investment Promotion Agency, the investment exceeds $750 million and is expected to create at least 760 direct jobs, alongside additional indirect employment.
This is a crucial stage because it moves the project beyond the extraction of raw material and towards the production of an industrial commodity.
The economic difference between selling raw ore and producing higher-grade concentrate can be substantial. Concentration improves the iron content of the material and reduces the amount of unwanted material that must be transported and processed further.
Dephosphorization is particularly important for Gara Djebilet. Without a technically and economically viable solution, the deposit's enormous reserves cannot be translated into a reliable source of steelmaking feedstock.
The project must therefore demonstrate that it can produce a consistent product at a competitive cost, rather than simply achieve a high nominal processing capacity.
There have also been announcements concerning additional primary processing infrastructure, including a project at the Tosyali complex in Bethioua with a stated annual capacity of four million tonnes and associated enrichment, lime and sulphuric acid facilities.
These investments need to be understood as different stages of a wider industrial programme. Their precise technical interfaces and production allocations will become clearer as detailed engineering and commissioning information becomes available.
The ultimate objective is to establish a chain in which the mine supplies the raw material, processing facilities upgrade it, and steel producers convert it into products with significantly greater economic value.
This is where Gara Djebilet begins to connect directly with Algeria's existing steel industry.
Tosyali: the industrial engine already operating in Oran
If Gara Djebilet represents the upstream transformation of Algeria's mining sector, Tosyali Algérie demonstrates that the country already possesses a substantial industrial base capable of absorbing large quantities of iron-bearing raw materials.
Located in the Bethioua industrial zone near Oran, the complex has undergone several expansion phases since its establishment. It has evolved from a major producer of construction steel into one of the most integrated steelmaking facilities in the Mediterranean and African regions.
Its development has been particularly important because it relies heavily on direct reduction ironmaking rather than conventional coal-based blast furnaces.
The DRI process uses natural gas to remove oxygen from iron ore, producing direct reduced iron that can subsequently be melted in electric arc furnaces. This offers several advantages, particularly in a country with significant domestic natural gas resources.
Tosyali's two DRI modules have a combined nominal production capacity of approximately five million tonnes annually. Its second module produced 2.43 million tonnes in 2025, setting a world production record for a single DRI module during its first year of operation.
The company also reports a total liquid steel production capacity of 6.2 million tonnes annually across its electric arc furnace facilities.
This is an important distinction: DRI production, liquid steel production and finished rolling capacity are separate stages of the same industrial process. Their nominal capacities cannot simply be added together to calculate total output.
The complex has also expanded significantly into flat steel production. Its hot rolling capacity has reached approximately four million tonnes annually, while the company has developed a new cold rolling complex with a nominal capacity of 1.8 million tonnes.
The new cold rolling facility began production in 2026, opening the way to higher-value products such as pickled and oiled coils, cold-rolled sheets and coated steel.
Meanwhile, the existing long-product facilities include approximately 2.7 million tonnes of rebar and 500,000 tonnes of wire rod capacity.
The strategic importance of these investments is that Algeria is gradually moving beyond the production of basic construction steel. It is developing the ability to manufacture more sophisticated flat products used in industrial equipment, automotive manufacturing, appliances and other downstream activities.
This matters because the economic value of a tonne of steel is not determined solely by the quantity produced. Product quality, processing depth and the ability to meet specialised industrial specifications determine the final market value.
The integration of Gara Djebilet into this system could eventually provide Tosyali with a domestic source of iron ore, reducing dependence on imported raw materials and strengthening the resilience of its production chain.
However, this transition will not happen immediately. The mine's output must first be processed to the required specifications, and the logistics and commercial arrangements must be competitive with imported pellets and concentrate.
Algeria's second steel pillar: the rehabilitation of El Hadjar
While Tosyali has become the country's most dynamic private steel producer, Algeria's steel strategy cannot be built around a single industrial complex.
The rehabilitation of the El Hadjar complex in Annaba is therefore another important component of the national programme.
Historically one of the country's largest industrial facilities, El Hadjar represents a substantial accumulation of industrial infrastructure, technical expertise and existing production assets. Yet years of operational difficulties, underinvestment and technological constraints have prevented it from fulfilling its original industrial potential.
The government's renewed interest in the complex reflects a broader objective: restoring the capacity of the national steel industry while integrating domestic mineral resources into the production chain.
In August 2026, the Algerian industry minister described the rehabilitation of El Hadjar as a strategic priority. Discussions with China's China Baowu Steel Group subsequently explored opportunities for technological modernisation and the development of the complex.
The proposed cooperation is particularly interesting because it goes beyond repairing existing equipment.
Baowu presented its expertise in direct reduction, DRI and hot-briquetted iron production, alongside digitalisation and industrial technology. The discussions also covered technology transfer, workforce training and greater local industrial integration.
This opens the possibility of a more substantial industrial restructuring.
Rather than simply restoring the old production configuration, Algeria could use the rehabilitation programme to establish a more modern steelmaking system built around domestic iron ore, direct reduction and higher-value finished products.
The potential integration of Gara Djebilet feedstock into El Hadjar would be particularly significant, although the exact industrial configuration and the commercial arrangements have yet to be established.
The challenge will be to ensure that modernisation produces a competitive industrial facility rather than simply restoring nominal capacity.
That means improving energy efficiency, equipment reliability, product quality, maintenance systems and management practices.
It also means deciding how the national steel holding, SNS, and its industrial subsidiaries should cooperate with the Chinese partner. Technology transfer and local engineering capabilities must be central to any long-term arrangement.
For Algeria, the value of Baowu's involvement should ultimately be measured not only by the equipment installed, but by the technical capabilities transferred to domestic engineers and industrial companies.
The natural gas advantage: why Algeria is suited to direct reduction
One of Algeria's most important advantages in developing its steel industry is not necessarily its iron ore reserves. It is the combination of mineral resources and energy availability.
Direct reduction ironmaking offers a particularly interesting opportunity for countries with access to competitive natural gas.
In conventional blast furnace production, iron ore is reduced using coke derived from coal. The process is energy-intensive and generates substantial carbon emissions.
DRI technology uses reducing gases, principally hydrogen and carbon monoxide produced from natural gas reforming, to remove oxygen from iron ore without melting the material.
The resulting direct reduced iron can then be converted into liquid steel using electric arc furnaces.
This production model is well suited to Algeria's energy structure. Domestic natural gas can provide an important industrial input, while electric arc furnaces offer flexibility by allowing producers to use both DRI and scrap.
The model also creates a potential pathway towards lower-carbon steelmaking.
Tosyali's second DRI module is designed to operate using natural gas and has the capability to transition towards hydrogen operation with modifications. This is strategically relevant as the European Union's Carbon Border Adjustment Mechanism increasingly places attention on the embedded emissions of imported industrial products.
However, hydrogen-ready equipment should not be confused with commercially available green hydrogen. Producing hydrogen through electrolysis requires substantial renewable electricity, water and additional investment. The economics of replacing natural gas entirely will depend on future electricity costs and hydrogen availability.
For now, natural-gas-based DRI offers Algeria an industrial advantage over more carbon-intensive production routes, while preserving the possibility of further decarbonisation.
The country's solar potential could eventually complement its gas resources, particularly if large-scale renewable electricity generation becomes sufficiently competitive.
This creates a long-term opportunity to develop an industrial system that begins with natural-gas-based direct reduction and gradually incorporates cleaner reducing gases.
Beyond mining and steel: the industrial geography of the southwest
The most interesting consequence of Gara Djebilet may be the way it could change the economic geography of southwestern Algeria.
For decades, the country's heavy industrial activity has been concentrated around coastal and northern industrial centres. The development of the western mining railway and associated processing facilities creates an opportunity to establish a more substantial industrial base around Béchar and neighbouring regions.
Béchar could emerge as an important mining and metallurgical centre, linking Gara Djebilet's iron ore to processing, concentration and potentially new steelmaking facilities.
This would also complement a wider industrial development strategy extending towards the central and southern Sahara.
The TSGP and associated gas infrastructure could support a different industrial pole around Adrar and Reggane, where natural gas could provide the basis for fertilizer production, cement, chemicals and electricity generation.
Further south, Tamanrasset could become a logistics and industrial service centre connecting Algeria to the Sahel, while In Guezzam could serve as a strategic border and transshipment point.
These are complementary development possibilities rather than a single integrated project already under construction.
The distinction is important. Gara Djebilet provides a mineral and railway foundation in the southwest, while the TSGP offers a potential energy foundation further east. Together, however, they could support a broader rebalancing of Algeria's industrial geography.
This would not mean abandoning the Mediterranean orientation of the national economy. Ports such as Oran and Annaba would remain essential export gateways. The objective would be to create a second economic façade facing the Sahel, while retaining access to European and Mediterranean markets.
In this model, the southern regions would no longer be treated simply as remote territories separated from the industrial north. They would become production and logistics centres in their own right.
The market question: can Algeria absorb and export its growing steel production?
The expansion of domestic steelmaking capacity raises an important economic question: where will the additional production go?
Algeria has a substantial domestic market supported by construction, housing, infrastructure and industrial investment. These activities create sustained demand for rebar, structural steel and other basic products.
But the expansion of flat steel production opens a different market.
Hot-rolled coils, cold-rolled sheets and coated products can serve automotive assembly, household appliances, machinery manufacturing, shipbuilding and industrial fabrication.
This transition is important because the long-term profitability of the steel industry depends on developing a broader range of customers rather than relying predominantly on construction demand.
The country's proximity to European, Mediterranean and African markets also creates export opportunities.
However, the competitive environment is demanding. Algeria must compete with major producers in Turkey, Europe, Asia and other regional markets. Lower energy costs and geographical proximity are useful advantages, but they cannot compensate indefinitely for poor logistics, inconsistent quality or inefficient industrial management.
The new cold rolling investments at Tosyali are therefore particularly relevant. They represent a move towards more processed products that can generate greater value than basic billets or reinforcing bars.
The same logic should guide the rehabilitation of El Hadjar.
The objective should not be to maximise the number of tonnes produced regardless of market conditions. It should be to manufacture the products that Algeria can produce competitively, using domestic raw materials and energy while capturing more value through processing.
The European carbon market could offer additional opportunities, but it also creates risks. CBAM makes the measurement and verification of embedded emissions increasingly important. Algerian steelmakers will need reliable emissions data, efficient production systems and a credible strategy for reducing their carbon intensity if they wish to preserve access to demanding markets.
The real test: building an integrated industrial chain
Gara Djebilet has the potential to become one of the foundations of Algeria's industrial diversification strategy. Yet its success will depend on the coordination of several investments that must operate together.
The mine needs reliable extraction equipment and sufficient production capacity. The railway must transport millions of tonnes economically. Processing facilities must overcome the phosphorus challenge and produce consistent concentrate. Steelmakers must be able to absorb that material while maintaining competitive production costs.
There are also infrastructure requirements that are sometimes overlooked.
Water is essential for several stages of mineral processing and steel production. Reliable electricity and natural gas supplies are equally important. Industrial maintenance, spare parts, skilled labour and efficient port handling will determine how much of the theoretical production capacity can be converted into actual output.
These requirements explain why the project should be assessed as an industrial system rather than a collection of separate construction contracts.
Three broad outcomes are possible.
In a conservative scenario, mining and railway operations expand gradually, but processing capacity remains the principal bottleneck. Algeria continues to import a significant share of the high-grade feedstock required by its steel producers, while Gara Djebilet develops more slowly than originally expected.
In an intermediate scenario, the processing facilities reach commercial operation, the railway handles steadily increasing mineral volumes and Tosyali begins incorporating domestic ore into its production chain. El Hadjar progresses through a gradual modernisation programme, allowing Algeria to increase the domestic share of its steelmaking inputs.
In a more ambitious scenario, the country develops an integrated mining and metallurgical system capable of supplying multiple steel producers, including future facilities around Béchar. This would allow Algeria to move progressively from raw mineral extraction towards the production of concentrate, DRI, HBI, semi-finished steel and higher-value industrial products.
The difference between these scenarios will not be determined by the size of the geological reserves. It will be determined by the country's ability to operate the entire value chain efficiently.
Conclusion: from mineral wealth to industrial sovereignty
The development of Gara Djebilet marks a potentially decisive moment in Algeria's industrial history.
For the first time, the country is attempting to connect a major domestic iron ore deposit to a modern mining railway, specialised processing facilities and an expanding steel industry. The objective is not simply to extract millions of tonnes of mineral resources. It is to transform those resources into industrial products that can serve domestic demand and compete in international markets.
Tosyali demonstrates that Algeria already has a substantial platform for modern DRI-based steel production. The rehabilitation of El Hadjar could provide a second major pillar, while the development of processing facilities around Béchar could gradually bring the mining and metallurgical sectors closer together.
But the most important achievement would be the creation of a genuinely integrated domestic value chain.
Every stage matters: extracting the ore, removing phosphorus, transporting the concentrate, producing DRI, manufacturing steel and converting it into finished industrial products. Each additional stage performed competitively inside Algeria represents an opportunity to retain more economic value, develop technical capabilities and reduce dependence on imported industrial inputs.
The railway has opened the geographical route. The processing projects are intended to solve the metallurgical challenge. The expansion of Tosyali and the proposed modernisation of El Hadjar provide potential industrial destinations.
What remains is to make these components work together commercially.
If Algeria succeeds, Gara Djebilet could become much more than a mining project in the desert. It could provide the foundation for a new industrial centre in the southwest, strengthen the country's steel exports and support a broader reorientation of its economy towards higher-value manufacturing.
The ultimate objective is not to become a country that simply possesses enormous iron ore reserves. It is to become a country capable of transforming those reserves into competitive steel, machinery, infrastructure and industrial products.
The real wealth of Gara Djebilet will not be measured by the tonnes extracted from the ground, but by the industrial value Algeria manages to create from every tonne it produces.
Editorial note: This investigation distinguishes announced project capacities and investments from actual production. Mine reserves, railway design capacity, processing targets and steelmaking nameplate capacities should not be interpreted as current operating output. Project configurations and commissioning dates remain subject to technical and commercial developments.
0 Comments