In brief
Egyptian officials announced that a well drilled in the Temsah concession yielded a gas reservoir of roughly 200 billion cubic feet. Technical and reservoir analyses are underway to quantify recoverable reserves and production potential. A 22‑kilometre pipeline is being planned to connect the discovery to the Abu Madi‑El Gamil pipeline, aiming to speed delivery to domestic markets.
On Friday the Egyptian Ministry of Petroleum and Mineral Resources announced that drilling performed on an exploration well in the Temsah concession, an offshore oil and gas block in the eastern Mediterranean Sea, had produced a promising natural‑gas reservoir. Initial data from the well indicate about 200 billion cubic feet (bcf) of gas, a figure that would make the find one of the larger gas deposits in the region.
The discovery came from a gas‑bearing layer whose petrophysical properties—an assessment that measures the physical characteristics of the rock, such as porosity and permeability—were deemed favorable. The layer was measured to have a net thickness of roughly 15 metres in true vertical depth, a depth over which gas has significant accumulation potential.
Italy’s Eni, in partnership with Australia’s Woodside, operates the Temsah concession, while the joint venture Petrobel—comprising Eni and the Egyptian General Petroleum Corporation—conducted the drilling on behalf of those partners. The collaboration illustrates Egypt’s strategy of leveraging international expertise to advance its offshore exploration program.
According to the ministry, technical and reservoir studies are progressing to assess the discovery more fully. These studies aim to determine the amount of gas that can be recovered with current technology, evaluate the field’s production potential, and devise a detailed development and production plan. The process involves modelling the reservoir’s performance and simulating various production scenarios to ensure economic viability.
A key component of the development strategy is a 22‑kilometre pipeline that will link the well to the existing Abu Madi‑El Gamil pipeline network. By using this existing infrastructure, the ministry expects to cut the time required to bring the new reservoir into production and to bolster Egypt’s domestic natural‑gas supply. The Abu Madi‑El Gamil pipeline already transports gas to several major industrial users, so the new connection should integrate smoothly into the national grid.
The announcement comes amid a broader national effort to reduce Egypt’s reliance on imported liquefied natural gas (LNG). The addition of a new offshore field could enhance the country’s energy security and provide a steadier source of feedstock for the petrochemical sector, which is a key driver of the Egyptian economy.
While the ministry did not yet provide a specific timeline for commercial production, officials indicated that the quick linkage via the planned pipeline is intended to accelerate the field’s entry into the production pipeline—and to start benefiting the domestic market as early as 2027.
Technical experts highlighted that the field’s net thickness, though modest, is combined with a favorable petrophysical profile that could enable efficient gas extraction. Continued studies will determine whether the reservoir’s size justifies the investment in additional infrastructure beyond the 22‑kilometre pipeline, including potential offshore platforms and subsea completion systems.
The ministry’s statement emphasized that the steps taken—detailed reservoir evaluation and infrastructural linkage—will not only support domestic supply but also position Egypt as a more competitive player in the regional gas market. Ultimately, the success of the Temsah development will hinge on the ability of the technical teams to translate the initial 200 bcf estimate into recoverable reserve figures that meet commercial expectations.
As Egypt’s exploration program continues to expand in the eastern Mediterranean, the Temsah discovery will serve as a benchmark for future offshore projects that blend international partnership, rigorous reservoir assessment, and strategic pipeline integration.
