GlobalData: North America and Asia set to drive global oil and gas new-build pipeline length additions
Published by Aimee Knight,
Editorial Assistant
World Pipelines,
North America and Asia are set to drive the global oil and gas new-build pipeline length additions, contributing around 55% of the global planned and announced pipeline length additions between 2019 and 2023, says GlobalData.
The company’s report, ‘Global Oil and Gas Pipelines Industry Outlook to 2023 – Capacity and Capital Expenditure Outlook with Details of All Operating and Planned Pipelines’, reveals that North America and Asia are likely to have new-build pipeline lengths of 42 580.4 km and 42 579.2 km, respectively by 2023.
Varun Ette, Oil and Gas Analyst at GlobalData, comments: “North America and Asia are expected to witness operations of 259 new-build pipelines by 2023, of which 148 are planned and announced pipelines in North America. Keystone XL Project is the longest upcoming pipeline in the region with a length of 1897 km.”
GlobalData expects that Asia will have 111 new-build pipelines by 2023, of which 76 are planned and the rest are early-stage announced pipelines. Power of Siberia 1 (China Section) is the longest upcoming gas pipeline in the region with a length of 3371 km.
Ette concludes: “Africa is the third-highest contributor to the global new-build planned and announced pipeline length additions by 2023 with a length of 16 912.2 km. Trans Saharan Gas is the longest upcoming pipeline in the region with a length of 4400 km.”
Read the article online at: https://www.worldpipelines.com/business-news/28112019/globaldata-north-america-and-asia-set-to-contribute-55-of-global-new-build-trunk-pipeline-length-additions-by-2023/
You might also like
Summit Midstream announces acquisition of Tall Oak Midstream
Tailwater Capital has announced that it has entered into definitive agreements with Summit Midstream Corporation, whereby Summit will acquire Tall Oak Midstream and its subsidiaries for a total consideration of approximately US$450 million.