VANCOUVER, BRITISH COLUMBIA--(Marketwired - Jul 18, 2013) - Brookemont Capital Inc. ("BKT" or the "Company") (TSX VENTURE:BKT)(BKTPF)(BRO.F) is very pleased to announce that BKT has received TSX Venture Exchange approval for the acquisition of the 'Albany East' Hydrothermal Graphite Prospect. This prospect borders Zenyatta Ventures Ltd. ground where they have recently made a significant discovery.

Conrad Clemiss, President of Brookemont states, "This is great news. We are the only company to recently announce ground in the area to receive Exchange approval, and therefore we now are able to aggressively move forward to explore and potentially develop this prospect."

Recently, (July 12, 2013) BKT announced that based on Geological Survey of Canada and Ontario Department of Mines aeromagnetic airborne data, a significant geophysical magnetic low anomaly is evident on the recently acquired "Albany East" Hydrothermal Graphite Prospect in Ontario. The magnetic depression outlined on the BKT claims measures over 1.5 miles (2.6km) by 1 mile (1.6km) using the scale on the aeromagnetics map. Please refer to map on the Company's website.

The airborne data, from Geophysics paper 3912, Constance Lake, Ontario, Sheet 42 F/16, published in 1967 and compiled by Lockwood Survey Corp., from 1965 to 1967, and completed for the Ontario Department of Mines and the Geological Survey of Canada, Department of Energy, Mines and Resources, outlines a magnetic depression (low) on the Company's ground similar to the magnetic depression that is associated with graphite mineralization on the adjoining Zenyatta Ventures' property.

Mr. Gregory Thomson, P.Geo., a director and QP of the Company stated, "Based on reviewing the limited data currently available, it is quite apparent that there is a magnetic low anomaly that virtually covers the entirety of the newly acquired BKT property. The underlying geologic formation is similar as the host formation in which Zenyatta made its recent discovery. While the formations and geophysical signature are similar in nature, much more work needs to be conducted to test the anomaly's mineral potential for graphite."