Zallaf Libya Oil & Gas has conducted a senior-level field inspection of the Erawin-Sharara Pipeline Project, with the company's Management Committee Chairman leading a delegation to the Erawan field site. The visit included the Management Committee members responsible for Engineering and Projects and for Operations, Maintenance, and Materials, alongside the Director of the Erawan Field Development Project and a number of department managers and technical specialists.
The inspection signals active executive oversight of the pipeline project linking the Erawan field to the Sharara infrastructure network, one of Libya's most significant onshore producing areas. Sharara, operated separately, has historically been among Libya's highest-capacity oil fields, and pipeline connectivity improvements in the region are central to sustaining and growing western Libyan production volumes. The Zallaf delegation's composition — spanning engineering, operations, and project management — suggests the visit covered both construction progress and operational readiness rather than a routine administrative review.
Zallaf Libya Oil & Gas is a national oil company subsidiary active in upstream development across western Libya. The Erawan field development sits within its broader mandate to expand production capacity from acreage under its operatorship. The Erawin-Sharara pipeline project represents a critical piece of midstream infrastructure enabling offtake from the Erawan field, and the field inspection underscores that the project is in an active execution phase requiring hands-on management attention.
The source article does not disclose the current construction status, timeline to completion, pipeline capacity specifications, or contract details for the works. Nor does it confirm which engineering, procurement, or construction firms are currently engaged on the project. These details remain undisclosed at this stage, and the briefing should be read accordingly as confirmation of project activity rather than a procurement or contract signal.