The ENOC Filling Station Entry & Exit 1706 project in Al Shamkha involved the development of fully integrated access infrastructure connecting the station to the existing road network. The scope extended beyond surface works, incorporating utility protection, road geometry formation, and safety system installation.

The project required careful coordination to ensure uninterrupted traffic flow while executing works adjacent to active road corridors. From early-stage excavation and ducting to final asphalt surfacing and road marking, each phase was delivered with strict adherence to project specifications and operational safety requirements.

The completed entry and exit lanes provide smooth vehicular movement, clear directional flow, and enhanced safety for both high-speed traffic and station users.

The project covered a comprehensive range of infrastructure activities required to deliver a fully operational entry and exit system:

• Protection of existing utilities and installation of future-ready utility ducts
• Excavation, trenching, and backfilling for underground service coordination
• Subgrade preparation and compaction to ensure long-term pavement stability
• Installation of kerbstones and interlock paving for road edges and pedestrian zones
• Asphalt laying for entry and exit lanes using controlled paving methods
• Application of road markings including directional arrows, lane divisions, and safety indicators
• Installation of guardrails, road fencing, and crash cushion systems
• Gantry structure-related works for signage and traffic guidance
• Rock pitching and slope protection to prevent erosion and ensure structural integrity

• Integrated entry and exit design aligned with high-traffic roadway conditions
• Utility protection and future duct provision supporting long-term infrastructure planning
• Precision asphalt paving ensuring smooth transitions and durability under traffic load
• Complete traffic safety system including guardrails, crash cushions, and clear signage
• Structured road marking system improving navigation and reducing risk
• Stabilized embankments using rock protection for enhanced durability