Gulfsands Announces Syrian Discovery

Gulfsands Petroleum plc on Monday reported that drilling and initial testing operations on the Khurbet East ("KHE-1") discovery well in Syria Block 26, where Gulfsands is operator and owner of 50% interest, have now been completed after a successful drill-stem test of the deepest productive reservoir encountered in the well-bore. KHE-1 will be suspended as a future oil production well. After completion of operations on KHE-1, the rig will move immediately to the KHE-2 appraisal well location.

The KHE-1 well encountered four significant hydrocarbon bearing reservoirs. The deepest of these, the Triassic aged Kurrachine Dolomite Formation, flowed oil to the surface on drill-stem test at a rate of approximately 478 barrels of oil per day ("bopd") with a gas to oil ratio ("GOR") averaging approximately 2000 standard cubic feet per barrel ("scf/bbl"). Preliminary assessment of the oil gravity is 35 degrees API.

A summary of the overall results of the KHE-1 well are as follows:

Reservoir	Net Pay    Depth     Comments
		(meters)   (meters)
Chilou		26.4	   1,319     Core recovered
Massive		22.5       1,917     Oil sample recovered (24.3 degrees API)
Butmah          16.0       2,850     Core and natural gas recovered
Kurrachine      *          3,098     Core recovered and well 
Dolomite                             flowed oil (35 degree API 
                                     at 478 bopd)
* Logged pay in the Kurrachine Dolomite appears relatively large but is uncertain due to poor well-bore conditions at this depth.  The drill-stem test was conducted over a 102-meter interval.

In order to preserve the mechanical integrity of the KHE-1 well-bore as a future oil producer, the Company will not undertake testing operations of the shallower pay zones identified in the KHE-1 well-bore using the KHE-1 well-bore.

The Company previously announced that the KHE-2 appraisal well would be drilled immediately after completion of operations on KHE-1. The KHE-2 appraisal well is specifically designed to more completely evaluate the Tertiary and Cretaceous reservoirs (Chilou and Massive respectively) encountered in KHE-1.

The Cretaceous Massive Formation in KHE-1 contains approximately 22 meters of net oil pay over a 25 meter gross interval based on wireline log interpretation, reservoir pressures and fluid sample recovery. The oil in this reservoir has an API gravity of approximately 24 degrees, based on PVT analysis of the recovered oil sampled.

The Tertiary Chilou 'B' Formation contained approximately 26 meters of net oil pay, based on wireline log interpretation. The KHE-2 well will also provide further information on the lateral extent and continuity of these reservoirs. The Company expects the final results from KHE-2 in early August.

An appraisal well for the Triassic aged Kurrachine Dolomite and Butmah reservoirs encountered in KHE-1 will be required in order to provide additional information on reservoir extent and continuity, and the Company is therefore proceeding with plans for the drilling of a second appraisal well as soon as practicable.

The Company is also finalizing plans for acquisition of a 3D seismic survey over the Khurbet East structure and surrounds. These data will aid in the development of the Khurbet East reservoirs and will be used to select additional exploration drilling locations in the vicinity of the Khurbet East structure.

Khurbet East Structure

The Khurbet East discovery is a relatively large fault-bound structural culmination, with closure mapped at multiple reservoir levels. The areal extent of the structure is approximately 15 square kilometers at the Triassic aged Kurrachine Dolomite Formation reservoir level. The KHE-1 discovery well is located approximately 12 kilometers southwest of the Souedieh Oil Field and 12 kilometers south of the Roumelan Oil Field. There is an existing oil pipeline that has available capacity. With the significant existing infrastructure within the confines of Block 26 and the close proximity to an existing pipeline, production from Khurbet East may be accelerated with associated early cash flow from this discovery.

Gulfsands' CEO, John Dorrier, said:

"The Company is just concluding its first phase of exploration in Block 26, having drilled 4 wells and acquired some 1400 km of new 2D seismic in the Block in only 2 years as operator. We enter this next phase having made an excellent discovery at Khurbet East in up to 4 reservoirs. We are examining the potential for early commercial development of this discovery as we expect it to have significant impact on the Company's oil and gas reserves as well as longer term cash flows."

Gulfsands Petroleum plc owns interests in 54 offshore blocks in the US Gulf of Mexico comprising approximately 193,000 gross acres, which includes numerous producing oil and gas fields offshore Texas and Louisiana with proved and probable recoverable reserves net to Gulfsands at 31 December 2006 of 41.5 BCFGE (6.9 MMBOE), consisting of 27.3 BCFG and 2.36 MMBO.

Gulfsands owns interests in two oil and gas fields onshore Texas, USA (98.5% working interest in Emily Hawes Field and 37.5% working interest in Barb Mag Field) with proved and probable recoverable reserves net to Gulfsands at 31 December 2006 of 3.1 BCFGE (0.5 MMBOE), consisting of 2.8 BCFG and 57,000 barrels of oil.

Gulfsands owns a 50% working interest and is operator of Block 26 in North East Syria. Block 26 covers 11,000 square kilometers and encompasses existing fields that currently produce over 100,000 barrels of oil per day. These fields are operated by third parties including the Syria Petroleum Company.

Gulfsands signed a Memorandum of Understanding in January 2005 with the Ministry of Oil in Iraq for the Misan Gas Project in Southern Iraq and following completion of a feasibility study on the project is negotiating details of definitive contracts for this regionally important development. The project will gather process and transmit natural gas that is currently a waste by-product of oil production and as a result of the present practice of gas flaring, contributes to significant environmental damage in the region.