Sound Energy reports new Palaeozoic structure in Eastern Morocco

LONDON -- Sound Energy, the Moroccan focused upstream gas company, has announced completion of the entire 2,850-line km 2D seismic acquisition program in Eastern Morocco. This program adhered to 'best in class' international safety standards throughout and has been completed on budget and with zero lost time incidents.

The Company also announces that it has finalized the specific location of the TE-10 exploration well, which will target the North East Lakbir prospect and is expected to spud immediately after the drilling of TE-9. This second well will target a high impact TAGI structural-stratigraphic play with previously advised estimated volumes of 2.6 Tcf mid case, GOIP (5.0 Tcf GOIP upside case and a 1.2 Tcf GOIP low case) and will drill both the TAGI and the underlying Palaeozoic.

The acquisition of the new seismic coupled with the basin modeling has enabled the company to increase its understanding of the TAGI structural play, the deeper Palaeozoic potential and the hydrocarbon charge model. The Company continues to believe that the gas charge originates from a carbonate rich marine source rocks, interpreted as of Devonian age in a kitchen area in the central and southern region of the combined Tendrara-Lakbir, Matarka and Anoual permits.

The new seismic has also now revealed, in addition to the existing structures targeted by the planned wells, a new large Palaeozoic structure to the North West of the structural-stratigraphic play. It is believed that the hydrocarbon migration pathways converge into this Palaeozoic structure (essentially a palaeo-high onto which the TAGI reservoir pinches out) which, if correct, could be the largest prospect within the entire basin. The Company will include this opportunity as another candidate for the planned third exploration well (TE-11), alongside the significant Palaeozoic oil play in the Anoual license.