Search

Digital Twin KBR-Socar JV to Introduce First Digitally Enabled Offshore Platform Project

Editor: Ahlam Rais

The digitally enabled offshore platform project – Azeri Central East (Ace) is nearing completion and will be using KBR's digital twin technology which will enable users to safely and efficiently carry out their tasks remotely.

The Ace platform is the first of its kind to be designed through all phases, from concept to Feed and detailed design.
The Ace platform is the first of its kind to be designed through all phases, from concept to Feed and detailed design.
(Source: Deposit Photos)

Houston/USA – KBR has recently announced that its joint venture with Socar, who is undertaking the engineering design phase of the Azeri Central East (Ace) platform, is now nearing completion.

The Ace platform is the first of its kind to be designed through all phases, from concept to Feed and detailed design, to fully utilise KBR's Digital Twin technology. The benefits of the Digital Twin continue to be utilised as the Ace platform moves into fabrication and commissioning, which is being undertaken by the client in Azerbaijan.

Digital Twin technology creates a platform for Socar-KBR and all its clients and partners to access all project information from anywhere in the world through all phases of execution. This technology allows users to view procurement status and materials availability, thus enabling 3D, 4D and 5D planning through its reliance on data maturity, resulting in improved performance and reliability.

In the operation phase, the client can leverage the Socar-KBR developed Digital Twin to safely and efficiently perform tasks remotely including site surveys, isolation design, and work sign off, moving traditional offshore activities onshore while delivering real time operational performance data through the digital representation of the physical asset.

Specialist Book „Heat Transfer Technique“The comprehensive standard work „Heat Transfer Technique“ offers not only a detailed and well-founded presentation of the basics of heat transfer technique, but also shows the latest state of the art and the latest regulations in the use of organic fluids. Thematically, the book is rounded off with an overview of property data of organic heat transfer fluids as well as many use cases from practical experience.

"Socar-KBR is proud to take part in this important project utilising the Digital Twin. Our team is leading the way to digitally transform energy projects in the Caspian Region and this project is an important steppingstone in our modernisation and transformation initiative," said Yashar Latifov, Socar Vice President for Field Developments and Chairman of Socar-KBR.

"This is an exciting project that demonstrates KBR's world class digital capabilities. Our Digital Twin technology allows our client to execute all steps of the project in a safer and more sustainable way and we're proud to deliver these benefits," added Jay Ibrahim, President, Technology Solutions and board member of Socar-KBR.

This project is being executed by Socar-KBR in Baku where local engineers are delivering various projects with support from a KBR engineering and data management team located in London.

(ID:46986019)