Italian energy company Eni is advancing its deep-water gas ambitions in the Eastern Mediterranean with the launch of a comprehensive site characterisation programme, a critical step toward developing the region’s gas resources.
The initiative is a cornerstone in the Republic of Cyprus’ strategy to establish itself as a regional gas producer and exporter, aiming to bolster energy security and affordability across Europe.
The project will begin its geodata acquisition phase in the third quarter of 2025, employing advanced offshore and deep-water geophysical and geotechnical survey methods, alongside environmental assessments.
This extensive survey campaign is designed to map and model the complex surface and subsurface conditions of the project area, providing essential data for Eni’s development plans.
The site characterisation effort will leverage state-of-the-art technologies to deliver high-resolution insights into the marine environment.
These insights are crucial for the safe and efficient design, construction, and operation of the deep-water gas infrastructure.
The project’s scope includes not only geological and geotechnical investigations but also environmental studies to ensure responsible development practices.
The Eastern Mediterranean has emerged as a strategic energy hub, with Cyprus positioning itself at the forefront of regional gas production and export.
The new gas development is expected to play a significant role in diversifying Europe’s energy supply, reducing dependency on traditional sources, and supporting the continent’s energy transition goals.
This project is part of a broader trend of increased investment in deep-water gas exploration and production worldwide.
Earlier this month, similar large-scale site characterisation programmes were announced in the Asia-Pacific region, reflecting growing global demand for reliable and secure energy sources.
As the geodata acquisition phase approaches, the collaboration between Eni and its technical partners underscores the importance of robust, science-driven planning in unlocking the region’s energy potential while adhering to high standards of environmental stewardship and operational safety.
