Ms. Lisa Chapman reports

EMPIRE TO ACQUIRE KEY PERMIT AT FOX CREEK ALBERTA LITHIUM PROJECT

Empire Rock Minerals Inc. has agreed to acquire a key mineral permit centred within Empire's Fox Creek lithium project covering the lithium- and potassium-enriched Beaverhill Lake brine in Alberta, Canada.

The permit, which Empire has named the Well permit, is a 6,912-hectare (17,080-acre) metallic and industrial mineral permit which allows Empire to potentially recover lithium, potassium, boron, bromine and other important elements from brines underlying the permit area.

The Well permit's strategic location within the boundaries of, and contiguous to, Empire's Fox Creek lithium project and previous development make it a very important acquisition. More than $175,000 in development expenditures have been incurred associated with the exploration, development and potential future production of lithium carbonate from brines produced from existing petroleum production wells in the Well permit area. More than 100 existing wells, with numerous pipelines, petroleum production batteries and the Kabob South petroleum processing plant are located within the boundaries of the Well permit.

Empire's acquisition of the Well permit will essentially complete Empire's coverage of the entire Beaverhill Lake brine aquifer system, which is hosted within the Devonian-aged Beaverhill Lake carbonate reef complex. The saline formation waters of the Beaverhill Lake brine aquifer system are currently being recovered with the commercial production of petroleum products, mostly gas and condensate, from producing wells at Fox Creek where lithium- and potassium-enriched brine is treated to separate and extract petroleum products then injected back into subsurface formations as a product.

Historical government and industry formation water sampling underlying the newly acquired Well permit have yielded some of the highest modern recorded concentrations of lithium and other elements of interest in Alberta and the Fox Creek area. Recently, sampling of waters from oil and gas wells on the Well permit have yielded samples with greater than 75 parts per million up to 112 parts per million lithium from nine separate wells over an area of more than 200 square kilometres. Samples documented from within the Well permit's boundary also yielded up to 5,610 parts per million potassium, 223 parts per million boron and 412 parts per million bromine.

Empire can acquire a 100-per-cent interest in the Well permit by paying $20,000 and issuing a total of 100,000 common shares in two tranches over one year to Polaris Capital Ltd., a private Alberta corporation. Polaris retains a 2-per-cent royalty on the Well permit. The option agreement is subject to acceptance for filing by the TSX Venture Exchange.

Empire has previously announced its agreement to acquire a 70-per-cent interest in the surrounding Fox Creek lithium project in the Fox Creek area of Alberta. Closing of this acquisition is anticipated shortly. With the acquisitions of the Well permit and the Fox Creek lithium project, Empire has assembled the rights to extract lithium, potassium, boron, bromine and other important elements from more than 895,000 contiguous acres (362,000 hectares) covering numerous producing oil and gas fields.

Empire is optimistic about the acquisition of this lithium project in Alberta, a very prolific province. Infrastructure is excellent, the government supportive, the tax structure beneficial for all, and there is a wealth of tremendously knowledgeable and experienced work force and consultants already in place.

Empire believes these lithium-enriched brines produced as a byproduct by existing wells within oil and gas fields within the Beaverhill Lake brine constitute an important and significant commercial opportunity for the production of lithium carbonate and other desired elements with the application of new and innovative technology. Empire intends to fully investigate the dynamics of commercial production of lithium carbonate and other desirable elements at Fox Creek, including further metallurgical extraction work, following closing of the acquisitions.

The technical content of this news release has been reviewed and approved by Michael Dufresne, MSc, PGeol, PGeo of Apex Geoscience Ltd., an independent qualified person as defined by National Instrument 43-101.

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