Keppel Delivers Jackup to UMW-OG
Keppel FELS, a wholly owned subsidiary of Keppel Offshore & Marine (Keppel O&M) has delivered UMW Naga 8, a KFELS B Class jackup rig, to Malaysia’s UMW Oil & Gas Corporation Berhad (UMW-OG). It was completed 32 days ahead of schedule, on budget and with a perfect safety record, the builder announced.
This is the third KFELS B Class jackup rig that Keppel FELS has delivered to UMW-OG.
The first jackup - UMW Naga 4 - was delivered in February 2013 and is currently servicing the contract of Petronas Carigali in Malaysia, while the second - UMW Naga 5 – was delivered in April 2014 and is currently working in Vietnam.
At a delivery ceremony held at the yard recently, Mr Chris Ong, Deputy Managing Director of Keppel FELS, said, “The safe and early completion of a third rig for UMW-OG bears testimony to the win-win partnership between our companies."
“This design is the industry choice for robust, efficient and economical performance and it has helped our customers to secure charters even in the current low oil price environment. All the KFELS B Class rigs we have delivered around the world this year are gainfully employed and performing well, and we are confident that UMW Naga 8 will be a valuable asset to UMW-OG.”
UMW Naga 8 is the 7th consecutive rig Keppel FELS has delivered this year within contract schedule, on time and on budget. The yard is also on track to complete 15 rigs in 2015 as contractually scheduled, making it the second highest number of deliveries in a year following its record delivery of 21 rigs in 2013.
UMW Naga 3 is currently docked in Keppel FELS for its five-yearly special periodic survey (SPS), as well as for maintenance and repair works. Developed by Keppel’s jackup design arms, Offshore Technology Development and Bennett Offshore, the KFELS B Class rig is able to operate in water depths of up to 400ft and drilling depth of 30,000 ft. It incorporates Keppel’s advanced and fully-automated high capacity rack and pinion elevating system and self-positioning fixation system. In 2009, the design received the Prestigious Engineering Achievement Award from the Institution of Engineers Singapore for its environmentally-friendly features.