August 3, 2007

       

 

SPARTON RESOURCES INC.

Sparton and WildHorse Energy
Acquire Rights to Evaluate Uranium Bearing Coal Ash Waste Material in Hungary

20 MILLION TONNES AVAILABLE IN
CURRENT STOCKPILES AT AJKA POWER PLANT

   

 

Sparton Resources Inc. (TSX VENTURE:SRI) (the "Company") and its partner WildHorse Energy Ltd. (ASX: WHE) (WildHorse) reported today that a two year agreement has been signed with Hungary's Bakony Eromu Zrt. ("Bakony"), a major electricity producer, to evaluate the possibility of extracting uranium and other heavy metals from Bakony's Ajka Power Station waste ash sites in west- central Hungary. The program will be managed by the Sparton - WildHorse (50/50) 'Eurash' joint venture . (See Sparton news release dated May 24, 2007, and WildHorse news release dated May 25, 2007.)

The agreement allows Eurash exclusive rights to complete a full geological and technical review, based on existing data, and to sample and collect additional data as required. If the test program is successful the agreement provides for the possibility of participation of Bakony as a partner in uranium production. The work will include systematic sampling of the waste piles, and determination of their overall uranium content and bulk chemistry. Leaching tests for uranium recovery will also be undertaken. This test program will continue over the next 3-6 months. It will be conducted under the direction of US based engineering and mineral processing company Lyntek Inc, which has been involved in over 30 uranium recovery projects in 10 different countries and is a recognized leader in uranium extraction process engineering.

AJKA WASTE ASH

Bakony has been burning large quantities of locally available lignitic coals with high uranium contents at Ajka since the power station came on line and currently has approximately 20 million tonnes of waste ash material in several stockpiles. These have been carefully engineered and maintained in good condition. Historical analytical data from the period 1992 to 1995 indicate that the fly ash in these deposits contains between 92 and 154 ppm U3O8. The bottom ash contains similar values. These are similar to those in a number of in situ leach type uranium deposits under evaluation in various parts of the world. New analytical work is expected to confirm these uranium contents.

DISCUSSION

Assuming the test results demonstrate the potential for economic recovery of uranium, Eurash intends to complete a feasibility study to determine the engineering and economic parameters for commercial development of uranium extraction at Ajka. Such a study will also address environmental and community issues inherent in the development of any future project.

Commercial uranium production would result in the potential for sales within the European Union, or internationally. There is also strong environmental support for the clean up of these waste heaps at the Ajka site.

This is an important development for the Company and WildHorse as the Eurash program is now established as the leader in this field in Central Europe. Research data by the two companies indicates that other very large radioactive waste ash deposits in the region may also be potential evaluation sites for the program. Work continues towards concluding additional agreements similar to the Ajka contract.

Sparton's international exploration and evaluation programs are being carried out under the direct supervision of A. Lee Barker, P. Eng., P Geol., the Company's President and CEO who is a Qualified Person under National Instrument 43-101.

FOR FURTHER INFORMATION PLEASE CONTACT:

 

A. Lee Barker, President and CEO
Tel.: 416-366-3551 Mobile: 416-716-5762
Fax: 416-366-7421
E-mail: info@spartonres.ca
Charles Ge Director
Tel: 1+86 10 8559 0034(int'l)
Fax: 1+86 10 8559 0034(int'l) (Fax)
Email: Charlesge@vip.163.com

SPARTON RESOURCES INC. Company website: www.spartonres.ca
Listed:TSX Venture Exchange
Trading Symbol: SRI
.

The TSX Venture Exchange has not reviewed and does not accept responsibility for adequacy or accuracy of the content of the information contained herein.

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