Scarborough Energy Project reaches new heights with arrival of Pluto Train 2 modules

Woodside Energy has announced a significant development for the Australian energy sector, with the first three modules of Pluto Train 2 for the Scarborough Energy Project arriving in Karratha, Western Australia. Fabricated by Bechtel in Indonesia, these modules weigh over 4,000 metric tonnes combined and are part of a total of 51 modules that will be shipped to the site. This marks a crucial step in the construction of Pluto Train 2 at the existing Pluto LNG onshore facility, which will process gas from the offshore Scarborough field.

The Scarborough Energy Project is poised to make substantial contributions to the Australian economy, creating thousands of job opportunities during its construction phase. Bechtel, selected by Woodside Energy for the engineering, procurement, and construction of Pluto Train 2, commenced construction activities in November 2021. With an LNG processing capacity of approximately 5 million tonnes per annum (Mtpa) and additional infrastructure to increase domestic gas capacity, Pluto Train 2 underscores the project’s scale and ambition.

Woodside CEO Meg O’Neill emphasized the delivery of the first Pluto Train 2 module as a key milestone toward delivering the Scarborough Energy Project. This project is essential for meeting the growing demand for low-cost, lower-carbon, and reliable energy. The project’s progress, now over 55% complete, promises significant advancements across all work scopes, with the anticipation of receiving the remaining modules throughout 2024.

Paul Marsden, President of Bechtel Energy, highlighted the team’s commitment to safety, quality, and collaboration. Bechtel’s global experience in LNG projects plays a crucial role in ensuring the quality execution of work on Pluto Train 2, aiming to create a lasting impact on the communities involved and foster sustainable practices.

The Scarborough Energy Project, targeting its first LNG cargo in 2026, represents a major leap forward in the energy sector. This project not only demonstrates the capabilities of the teams involved but also sets a precedent for future energy developments.