Airborne Oil & Gas to Deliver TCP Jumpers for Julimar Field in Australia

Wednesday, September 2, 2020

 Airborne Oil & Gas has received an order for the delivery of two Thermoplastic Composite Pipe (TCP) Jumpers, in what the company says is the first time its TCP technology is being used in the region.

The Dutch company has been contracted by Subsea 7 to supply 2” 10,000 psi TCP Jumpers to be used for Monoethylene Glycol (MEG) injection service. 

The TCP Jumpers are planned for delivery later this year, and will be deployed in the Julimar field, located approximately 200 km offshore North Western Australia.  

The order is part of a wider contract awarded by Australia’s oil and gas company Woodside on behalf of the Julimar-Brunello joint venture (Woodside and KUFPEC) to Subsea 7 to design, procure, install and commission a 22 km 18″ Corrosion Resistant Alloy (CRA) gas transmission flowline and an umbilical system.  



Fabienne Ellington, Airborne Oil & Gas’ Vice President for Asia-Pacific and Middle East said: “We are extremely pleased to be the first company to deliver TCP technology to the energy sector in the region. As part of our business strategy, we have been focusing on the opportunities in Australia as a major oil and gas hub, as well as an upcoming LNG growth market. This is a landmark win for Airborne Oil & Gas and puts us firmly on the map in Australia. "

Airborne Oil & Gas said its TCP Jumpers were selected based on several unique combined characteristics: lightweight, robust and flexible, improved flow assurance, high-pressure capacity – while remaining cost-competitive.  

The company said its TCP Jumpers have proven to "radically" reduce installation, transportation, and fabrication costs, outperforming rigid steel pipes and conventional unbonded flexible pipes.  

 "TCP is a non-conductive, non-corrosive flexible pipe that can be installed subsea easily through a subsea pallet, which eliminates expensive metrology and negates the need for two separate vessel campaigns to carry out metrology and then installation. This results in significant cost savings and a more condensed project schedule," Airborne has explained.

In a quarterly presentation last month, Woodside said it had started a multi-well drilling campaign for Julimar-Brunello Phase 2 in Q1 2020, following FID in Q4 2019. 

The project will develop gas from the Julimar reservoir as a subsea tieback to the existing Brunello infrastructure. At the end of the first half of 2020, activities were on budget and on schedule, Woodside said.

Categories: Energy Subsea Pipelines Activity Australia/NZ

Related Stories

Woodside to Supply LNG to JERA During Japan's Winter Peak

Low Demand, High Supply Keeps Asia LNG Spot Prices Flat

Saipem Lands $425M Turkish Gas Contract in Sakarya Expansion

India Seeks $30B from Reliance, BP Over Gas Shortfall at Offshore Fields

South Korean Firm Buys Into Indonesian Offshore Oil Block

Fugro Nets Mubadala Energy’s Deepwater Gas Job in Asia

Technip Energies Gets On Board Thailand’s First CCS Project

MODEC Forms Dedicated Mooring Solutions Unit

Major Oil and Gas Projects Drive Strong OSV Demand in the Middle East

Viridien to Shed More Light on Malaysia’s Offshore Oil and Gas Potential

Current News

Woodside to Supply LNG to JERA During Japan's Winter Peak

Fugro, PTSC G&S Extend Partnership for Vietnam's Offshore Wind Push

Thailand's Gulf Energy Eyes Long-Term LNG Supply

OceanMight Gets Petronas’ Offshore Construction Job in Malaysia

Vantris Energy Lands Petronas Job on Malaysia’s Offshore Fields

Murphy Oil Appraisal Well Boosts Resource Outlook at Field off Vietnam

Viridien Kicks Off Multi-Client Reimaging Program off Malaysia

Petrovietnam Agrees First-Ever LNG Term Deal with Shell

ADNOC Takes FID on SARB Deep Gas Project Offshore Abu Dhabi

Jereh Group Delivers Oil Separation Systems for Petrobras’ FPSO Units

Subscribe for AOG Digital E‑News

AOG Digital E-News is the subsea industry's largest circulation and most authoritative ENews Service, delivered to your Email three times per week

https://accounts.newwavemedia.com