Strike Commences Ops to Boost Water, Gas Production at SA's SCB Project

Strike Energy Limited (Strike) provided Thursday an update on operations at its Southern Cooper Basin Gas Project in PEL 96 (Strike 66.7 percent and Operator, Energy World Corporation 33.3 percent) in South Australia.

Program Overview

Operations to enhance the water and gas production capacity of the 3 Klebb wells are well underway (Phase 3 flow test program). The work program comprises the following activities:

  • Klebb 1

The current jet pump will be replaced with a rod pump. This will allow fixed water production rates to be maintained at lower reservoir pressures and will also facilitate down‐hole gas separation, further reducing back‐pressure on the well. The maximum water rate attainable with the beam pump is expected to be similar to the rates achieved with the jet pump of around 500 barrels of water per day (bwpd)

  • Klebb 2 and 3

The Vu Upper zone at Klebb 2 and 3 will be fracture stimulated pumping approximately double the volume of fluid and proppant as used at Klebb 1. The current downhole jet pump assemblies will be used with each well having a dedicated surface pump. This will allow both wells to be run at the maximum pump capacity and the stimulated completions are expected to result in substantially higher productivity

The maximum combined water flow rate we have been able to achieve from the Klebb wells to date is 900 bwpd and we expect to be able to double this rate once the current work over program is completed. This will accelerate reservoir pressure reduction around the Klebb 1 well in particular and provide comparative data on fracture stimulation performance.

Program Status

The frac spread is currently in the process of rigging up on Klebb 2 with the job planned to be pumped on Friday. The unit will then move to Klebb 3 to pump the second frac over the weekend.

Flow back of Klebb 2 and 3 will commence immediately following completion of the fracs and the down‐hole jet pump completions will then be run in the wells once the preliminary clean‐up flow has been completed.


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