Quadrant completes Phoenix South-2 operations

Operations at the Phoenix South-2 well have been safely completed and the rig has now left the drilling location, said Carnarvon Petroleum.

The well drilled an estimated 39m hydrocarbon-bearing zone between approximately 5176-5215m with significant gas influx and elevated reservoir pore pressures. The well was unable to assess as much as 185m of additional potential hydrocarbon bearing Caley reservoir beneath 5215m due to the higher than anticipated pressures being encountered.

The higher formation pressures encountered typically support both larger volumes and higher gas and condensate flows rates over a given reservoir. An update on volume estimates will be provided once Carnarvon has had an opportunity to assess all of the information obtained from the well. These results are expected to have a positive impact on volumes assessments in the Phoenix South Caley Sandstone.

The joint venture will also assess the results of this well for the purpose of considering the future operations in this area, including quantifying the resources identified in the Phoenix South Barret and Caley Sandstone formations. Unfortunately, the subsurface conditions in this well did not allow for the well to be suspended in a way that would allow for re-entry at a later date.

The Phoenix South-2 well is located within the WA-435-P exploration permit in the North-West Shelf of Australia. Quadrant Energy operated the well with 80% equity and the remaining interest is held by Carnarvon Petroleum (20%).

Image: Phoenix South-2 map/Carnarvon Petroleum

Read more:

Quadrant moves to Phoenix South-2

Quadrant starts at Phoenix South-2

Quadrant hits hydrocarbon pay on Caley

Current News

Makin' a List ... Trump Prioritizes Energy Exploration, Production, Export

Makin' a List ... Trump Priori

Ørsted to Shed Part of its UK Wind Farm Stake - Bloomberg News

Ørsted to Shed Part of its UK

Uncertainty Surrounds Guyana Gas Development

Uncertainty Surrounds Guyana G

Using Ocean Robots to Dive into Offshore Wind Farm Wake Effects

Using Ocean Robots to Dive int

Subscribe for OE Digital E‑News

Offshore Engineer Magazine