Ximen Mining Corp Starts Shortly the Decline to Bulk Sample 10,000 tonnes at Kenville Gold Mine

Vancouver, B.C. – July 22, 2019 – Ximen Mining Corp. (TSX.v: XIM) (FRA: 1XMA) (OTCQB:XXMMF) (the “Company” or “Ximen”) provides the following update on plans for exploration development and bulk sampling at its 100% owned Kenville Gold Mine in Nelson, BC.


Plan map showing location of planned decline.

“From exploration to production, we aspire to pour our first
Dore bar as early as the end of this year.”
States Anderson CEO

A new underground decline is planned to be driven 466 metres as a line drive at -15% grade from a starting elevation of 810 metres to the 740 metre elevation, then a further 40 metres at +3%. The decline is projected to cross at least two veins before reaching its target elevation, which lies at the center of a series of vein intercepts in holes drilled between 1995 and 2010. The end of the decline will also be in a favourable position for a raise to be driven to connect with the historic workings of the Kenville gold mine, to be used for ventilation and as a secondary egress as the mine is progressively developed.


Type cross section of planned decline (3.5m width x 4.0m height).

Underground diamond drilling from the decline is planned to begin at about 200 metres from the portal. This drilling will follow-up historic 1995 drill intercepts on the Eagle veins, in an area where mineralized shoots are projected down from historic mined areas on the 257 and 275 levels. If successful, stope blocks could be defined between the 200 and the target 500 metre mark in the decline. The following intercept are examples of target intercepts before the 500 metre mark in the decline.


Abbreviations: m= metre, g/t = grams per tonne

Satellite image of Kenville mine area showing locations of historic mine levels, planned new decline and diamond drill intercepts targets.

The 500 metre end-position of the planned decline is in line with a projection of mineralized shoots from the historic mine. At the 500 metre mark there are a number of drill intersections in the Flat vein and South Zone areas that indicate excellent potential for a bulk sample to be outlined. The following are some of better target intercepts for the 500 metre mark in the planned decline:


Abbreviations: Au = gold; g/t = grams per tonne

Note: The above tables are based on information provided by previous operators that is considered historical. Although it is known that the drill programs were directed by experienced personnel and a quality control program was employed to monitor assay results, a qualified person has not verified the previous results on behalf of Ximen Mining Corp. Ximen believes the results are representative of the undeveloped mineralization at the Kenville property.

It is estimated that 4500 metres of underground drilling will be required to appropriately outline material for a bulk sample of 10,000 tonnes. The 740 metre elevation will likely be the first level from which potential vein stope mining will take place, via ramps driven up and down to cross-cut projected veins indicated from the drilling. An area extending over a strike length of 300 metres and a vertical distance of 150 metres will be developed for trial mining of a bulk sample. Once a stope block has been delineated by underground drilling, it can be developed by access ramps driven down by as much as -20% grade. Then, up to four vertical cuts can be made by taking down the back until the fourth cut has a + 20% ramp to it. The plan is to remove the vein material in the stope face and slash it on the up-dip side, which will minimize the waste rock generated. After a stope is mined out, it can be back-filled with waste from an adjacent stope.

Kenville plan map showing location of historic workings, drill intercepts and planned decline.

Note: The technical information contained in this news release was obtained from the Kenville project database and is dated prior to 2016.

Dr. Mathew Ball, P.Geo., VP Exploration for Ximen Mining Corp. and a Qualified Person as defined by NI 43-101, approved the technical information contained in this News Release.