Overview

overview

Securing a prosperous clean energy future for Australia through innovative, environmentally conscious technological change.

We are the Centre for Long Subsea Tiebacks at the University of Western Australia. Our research aims to realise the goal of providing safe, reliable transport for offshore energy resources through subsea networks. These will help fuel the global transition to a low carbon economy, while securing Australia’s place as a provider of clean, reliable energy to our trading partners.

Our flagship projects aim to revolutionise our predictive capabilities around energy transport, taking advantage of transformational digital technologies. This will enable a new class of management solutions to the challenges of operating subsea, with improved environmental, safety and economic outcomes for such projects.

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News

Today, at the Polish Australian Technology and Innovation in Resource and Energy Conference in Sydney, Polskie LNG SA, Poland’s LNG terminal operator and The University of Western Australia (UWA) signed a co-operation Memorandum of Understanding. Polskie LNG SA CEO, Pawel Jakbowski and UWA Professor Eric May signed the agreement to work together in the LNG…

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Feeds

Now holding 1st event @uwanews ERDi #i4.0 Testlab @CORE_Innovation. Presenters from @exxonmobil & Yokogawa showing the value now available

Today: FEnEx CRC CEO in discussion with Damian Dwyer Australian Petroleum Production & Exploration Association (APPEA) on "The role of gas technologies and innovation vital to reducing emissions". Petroleum Club WA webinar, starting soon.

Thanks to all those who joined us for our first Virtual Open Day. We hope you learned a lot and are excited to see you on campus soon. ❤🦚

Great talk by new PhD student David Zhu, discussing a new database tool to estimate uncertainty in phase boundary predictions for #SubseaTiebacks. Well done!

Primary Objective
The Centre for Long Subsea Tiebacks aims to facilitate the transition to a low carbon economy while reducing the local environmental impact of energy production, and realising improvements in safety, reliability and economic feasibility for offshore assets.
Research Objective
To enable energy production from stranded deep-water assets through a range of research initiatives aimed at improving development economics, safety, reliability and reducing environmental impacts.