Source: PA Resources
The sidetrack of the recent gas discovery at the Broder Tuck prospect in Licence 12/06 offshore Denmark has confirmed additional hydrocarbon column while sample analyses from the initial exploration well have indicated a higher than expected condensate content.
“We are pleased to have confirmed additional hydrocarbons with the sidetrack and to be able to update on the condensate content of the gas, which exceeds our expectations and adds value to the find," said Bo Akvik, president and CEO of PA Resources. "This is an exciting discovery for PA Resources, and we now look forward to the Lille John exploration well.”
The initial Broder Tuck exploration well (5504/20-4), located approximately 10 kilometres south of Gorm field in the Danish part of the North Sea, encountered hydrocarbon pay in the primary Middle Jurassic target during July. The well has now been sidetracked to a location approximately 680 meters from the initial well, where the Middle Jurassic sandstone again contained hydrocarbons, albeit less well developed than in the initial wellbore.
The 2011 drilling programme has therefore established a gross hydrocarbon column of at least 360 meters from the crest of the structure down to the base of the Middle Jurassic sandstone in this sidetrack.
Ongoing sample analyses from the initial exploration well have now confirmed the discovered hydrocarbons to be a high quality gas with condensate of approximately 44-degree API gravity at a ratio of approximately 80-90 barrels of condensate per million standard cubic feet of gas.
Following plugging and abandonment of Broder Tuck, the Ensco 70 rig will shortly move to drill the second exploration well in this programme, Lille John, some 8 kilometres to the south.
The following companies participate in Licence 12/06: PA Resources UK Limited (64%), Nordsøfonden (Danish North Sea Fund) (20%), Danoil Exploration A/S (8%) and Spyker Energy APS (8%)
Sidetrack nets PA Resources additional gas and condensate at Broder Tuck offshore Denmark
Source: PA Resources