EnerMech awarded Shell Prelude Australia FLNG contract
Global engineering and maintenance services provider, EnerMech, has been awarded a five-year contract for hose and hose fittings supply and services for Shell’s Prelude FLNG Facility in Western Australia.
The Prelude FLNG contract will be administered from EnerMech’s Henderson base in Perth while engineering and service support will be provided from regional facilities across Australia, including Darwin in the Northern Territory.
EnerMech’s Regional Director Allan Hart said: “We are pleased to announce the appointment of EnerMech as the Hose Integrity Management and Supply contractor on the prestigious Prelude FLNG Facility.
“This latest award strengthens EnerMech’s reputation as a leading maintenance service provider with a willingness to adapt to the changing oil and gas environment.”
The Prelude FLNG facility recently arrived at its location 475km north east of Broome where the hook-up and commissioning phase of the project is underway.
About EnerMech
We provide critical support to our customers’ assets, wherever they are in the world. Our expert minds come together to find innovative technical and commercial solutions across the full asset lifecycle – from start and middle to end – and we have more than 3000 people located globally with the right capabilities and vision to serve the needs of the ever changing energy and infrastructure industries.
Our people are what make EnerMech dedicated, capable and consistent. We have a proven track record of lasting success and are focussed on maximising economic value for our customers, and that is what makes them successful and loyal.
Global economies have seen challenging times throughout the last few decades and our specialist team of experts thrive on a challenge, offering our clients the best technical expertise and smart, innovative solutions. With that in mind our significant global reach also allows us to deal with different and diverse scenarios across all aspects of an asset’s lifecycle from pre-commissioning to decommissioning.
Source: www.enermech.com