Saudi Aramco awards contract of Haradh Increment programme
Published by Lydia Woellwarth,
Editor
World Pipelines,
Saudi Aramco today awarded a contract for a permanent communications system serving its Haradh Increment to Networks & System Integration S.A. Co. Ltd (NESIC Saudi Arabia) as part of Aramco’s Gas Compression Programme in Haradh and Hawiyah.
During a ceremony in Dhahran, Fahad Al-Helal, Saudi Aramco Vice President of Project Management, signed the contract which involves engineering, procurement and construction of permanent communications infrastructure and services, including SCADA-RTU Systems and backbone connection to support the operation of the nine new Gas Compression Plants (GCPs), seven Liquid Separation Stations (LSSs) and three Operational Support and Administration Areas.
“Expanding natural gas production and supply is central to key Saudi Aramco objectives, including diversifying the Kingdom’s energy mix and reducing dependence on oil for domestic needs such as power generation with a clean energy source,” Al-Helal said. “Today’s contract is in line with these goals, and in addition to the environmental implications will support the nation’s industrial growth. The Permanent Communications System project will enhance the Haradh Increment Program, which is a catalyst for economic development by increasing total gas production by more than 1 billion ft3/d.”
Read the article online at: https://www.worldpipelines.com/contracts-and-tenders/23052018/saudi-aramco-awards-contract-of-haradh-increment-programme/
You might also like
World Pipelines Podcast: Going global with IPLOCA
In this episode, Elizabeth Corner speaks to Georges Hage, Executive Secretary at IPLOCA, about IPLOCA's insights on the culture and characteristics of the pipeline contractor community, and how it works to support sustainable energy infrastructure.
Construction begins on Greensand’s carbon dioxide transit terminal at Port Esbjerg
When the tanks are full, the liquefied carbon dioxide will be loaded onto a dedicated carrier from Royal Wagenborg and shipped to the INEOS Nini platform in the Danish North Sea. From there, it will be safely injected via pipeline into subsurface reservoirs approximately 1800 m beneath the seabed for permanent storage.
