The overall objective of the Margham to GCS Pipeline Project was to install the new pipeline on schedule, within budget, and in accordance with appropriate codes and specifications. It also ensured the following:  

• Enabling the export/import of gas to/from GCS in a safe, efficient, and continuous manner.  

• Exploring all appropriate design options and determining those solutions that provide the best value to the client.  

• Obtaining all relevant NOCs required as per the relevant legislative requirements.  

• Completion of all major design engineering works and procurement activities in accordance with the overall schedule  

• Completion of all installation and commissioning activities to allow the new pipeline to be operational from Q2 2027.  

A comprehensive approach was implemented to ensure that the risk assessments, hazard identification, critical components, safety management, and environmental impact evaluations, were thoroughly addressed throughout the project scope. 

Velosi successfully provided consultancy services for the Health, Safety & Environmental Impact Assessment (HSEIA) for the Sunrise – 48” GCS – Margham Pipeline FEED and DED phase. The scope included a variety of critical studies, which helped identify key risks and provided comprehensive risk assessments to ensure the safety of the project.  

The Environmental Impact Assessment (EIA) addressed key potential impacts, including air quality, marine water, waste management, noise, and socio-economics, with mitigation measures in place to manage and reduce risks. The project’s environmental impact is expected to be minimal, supported by best practices.  

A review of ADNOC’s HSEMS confirmed that it adequately addresses medium and low hazards identified in the HAZID, ENVID, and OHID workshops, provided it is properly implemented and monitored. This comprehensive approach ensures compliance with ADNOC’s safety and environmental standards for the project. 

The project also resulted in the identification of several recommendations to enhance the safety systems. All findings and proposed measures were thoroughly documented, providing a comprehensive framework to strengthen safety and operational efficiency throughout the project lifecycle.