Brixton Metals Provides an Update ON Its Thorn Project and Highlights Its Copper GOLD Porphyry Potential
BRIXTON METALS PROVIDES AN UPDATE ON ITS THORN PROJECT AND HIGHLIGHTS ITS
COPPER GOLD PORPHYRY POTENTIAL
September 13, 2018 – Brixton Metals Corporation (TSXV: BBB) (the “ Company” or “ Brixton”) is
pleased to announce that i t has completed field work at its wholly owned Thorn project in
Northwestern British Columbia . In collaboration with the Mineral Deposit Research Unit and
porphyry specialist, Brock R iedell, Brixton completed a program of core re -logging, geological
mapping and sample collection for whole rock lithogeochemical analysis combined with short-wave
infrared spectroscopy (SWIR). This is a cost -effective method to vector for copper -gold porphyry
targets. Final results are pending however, Brixton reports its preliminary findings for the program.
Scope of Work for 2018
• Re-logging of 10 core holes from the Chivas Zone w ith an emphasis on vein types and
distribution
• Determine alteration mineralogy patterns and trends at the Chivas Zone using SWIR
• Develop geochemical trends and a 3-dimensional zonation model for the Chivas Zone
• Expand geological mapping north from the 2017 program at the Chivas Zone
Highlights from Mr. Riedell’s work
The Thorn Project provides a district -scale opportunity centred on an incompletely explored
porphyry Cu-Au-Mo system at the Chivas area. Support for temporal and genetic links among the
various mineralized zones in the district includes the following:
• Metal ratios in soils and rocks show patterns that are consistent with known Au -rich porphyry
systems (cf. Einaudi, 1990), see Figures 1 – 4
• The Chivas Zone represents the centre of the known system based on molybdenum to arsenic
(Figure 3) and silver to gold ratios (Figure 1)
• Molybdenum to arsenic ratios clearly highlights the exposed Chivas stock (Figure 3)
A distinctive, crowded plagioclase -biotite-hornblende-quartz porphyry of probable quartz
monzodiorite composition forms most of the principal Chivas intrusion and is also widespread at
the Oban Zone (as host to and as well as most clasts within the breccias), Talisker Zone and
Glenfiddich Zone. Relations observed in drill hole THN17 -149 indicate multiple porphyry pha ses
are present.
The Ag to Au ratio at Thorn is markedly reminiscent of patterns at the well know Bingham Canyon
porphyry located in Utah, USA, where Ag to Au ratio increases from less than or equal to 10 in the
porphyry centre to 100 -300 near the outer edge of the Pb -Zn-Ag halo. The ratio then drops
precipitously to less than 10 spatially outward from the Pb -Zn-Ag zone into the Au -As halo, which
contains the Melco and Barney ’s Canyon distal disseminated Au deposits near Bingham . The
Outlaw gold zone at the Thorn Project appears to occupy a similar position to the Chivas zone.
Porphyry-targeting ratios for soils are shown below.
Figure 1. Thorn Ag to Au Ratio in Soils Plot
http://brixtonmetals.com/wp/wp-content/uploads/2018/09/Fig-1-thorn-soils-ag-au.jpg
Figure 2. Bingham Canyon Ag to Au Ratio Plot (An Analog for Thorn)
http://brixtonmetals.com/wp/wp-content/uploads/2018/09/Fig-2-Bingham.jpg
Figure 3. Thorn Mo to As Ratio in Soils Plot
http://brixtonmetals.com/wp/wp-content/uploads/2018/09/Fig-3-thorn-soils-mo.jpg
Figure 4. Thorn Au to Cu Ratio in Soils Plot
http://brixtonmetals.com/wp/wp-content/uploads/2018/09/Fig-4-thorn-soils-cu.jpg
Figure 5. Thorn Cu-in-Soils Plot
http://brixtonmetals.com/wp/wp-content/uploads/2018/09/Fig-5-thorn-cu-ppm-nr.jpg
Note the scale of the copper -in-soil anomaly at the Chivas Zone. Cretaceous age quartz
monzodiorite intrudes Triassic Stuhini volcanics.
Figure 6. Thorn Au-in-Soil Plot
http://brixtonmetals.com/wp/wp-content/uploads/2018/09/Fig-6-au-ppm-nr.jpg
Quartz and sulphide-veined fragments were noted within the Oban breccia (Figure 7).
Figure 7. Veined Fragment Within Oban Diatreme Breccia
http://brixtonmetals.com/wp/wp-content/uploads/2018/09/Fig-7-Oban-nr.jpg
Since net movement in phreatomagmatic breccia is commonly upwards (cf. Sillitoe, 1985), these
could help predict the location of underlying porphyry mineralization at depth at the Oban Zone.
These will be complemented by application of the MDRU “porphyry footprints” metal and alteration
zoning model (Halley et al ., 2015) to estimate the location and depth of the likely p orphyry
centre(s). The Oban Zone diatreme breccia is located 4km north from the Chivas porphyry and the
Outlaw sediment hosted Gold Zone is located about 4km to the northeast of the Chivas porphyry.
Chairman and CEO of Brixton Metals, Gary R. Thompson stated, “The Thorn Project is an
exceptional example of a wide range of mineralization styles and metal enrichment that can form
around porphyry systems. Despite having worked the project for years , Brixton continues to
discover new mineralized zones and improve our understanding of this district scale system . We
are looking forward to final deliverables from this season ’s field work that we believe will provide
vectors for a drill program during 2019. Clearly, the porphyry stock itself should be properly drill
tested in the next campaign.”
Drilling in 2017 at the Chivas Zone targeted the gold-anomalous wall rocks cut materi al with
relatively high pyrite to chalcopyrite ratios and sub -ore copper grades. Higher grades could also
occur in “shoulders” of the exposed porph yry to the southwest or northeast. The Fugro magnetics
and Mo-in-soil both suggest the stock remains open to the east and southeast.
Mr. Sorin Posescu , P. Geo., is a Qualified Person as defined under National Instrument 43 -101
standards and has reviewed and approved this news release.
About K. Brock Riedell, Consulting Geologist
Mr. Riedell has thirty-nine years of field -based exploration experience for a variety of target types
with focus on porphyry Cu -Au-Mo systems , i ncluding work with BHP Bi lliton and Newmont
Exploration. He has p lanned and supervised programs leading to delineation of major porphyry
gold and molybdenum deposits in British Columbia, western U.S., Argentina, and Chile. Mr. Riedell
recognized open-ended ore northeast of the East zone at Red Chris deposit that led to drilling of
hole RC09-350 (647.5 m of 1.50% Cu and 2.68 g/t Au, including 152.5 m of 4.12% Cu and 8.83 g/t
Au).
About MDRU
MDRU (Mineral Deposit Research Unit) is one of the most successful integrated mineral deposit
and exploration research groups in the world. Founded in 1989, it is a collaborative joint -venture
between the miner als industry and the University of British Columbia, focused on solving mineral
exploration-related problems and training highly -qualified person nel. MDRU has more than 200
alumni working through the industry and across the globe, and a proven record o f accomplishment
of delivering successful industry-supported research projects and training.
About the Thorn Project
The wholly owned, 997 square kilometres Thorn Project is located in the Sutlahine River area of
northwestern British Columbia, Canada, approximately 90 km ENE from Juneau, AK. The southern
limit of the Thorn claim boundary i s about 65 km from tide water. The Thorn Project is 200km NW
from Imperial Metals Red Chris Mine. More information about Brixton’s Thorn Project can be found
at: http://brixtonmetals.com/properties/thorn-project/
References
Atkinson, W.W., Jr., and Einaudi, M.T., 1978, Skarn formation and mineralization in the contact
aureole at Carr Fork, Bingham, Utah: Economic Geology, v. 73, p. 1326-1365.
Einaudi, M.T., 1982, Descriptions of skarns associated with porphyry copper plutons, southwestern
North America , in Titley, S.R., ed., Advances in geology of the porphyry copper deposits,
southwestern North America: Tucson, University of Arizona Press, p. 139-183.
Einaudi, M.T., 1990, Zoning of gold and silver in the central portions of porphyry copper districts
(abstract): Geological Society of Nevada, Great Basin Symposium Program with Abstracts, p. 59 -
60.
Halley, S., Dilles, J.H., and Tosdal, R.M., 2015, Footprints: Hydrothermal alteration and geothermal
dispersion around porphyry copper deposits: SEG Newsletter, no. 100, p. 1, 12-17.
Sillitoe, R.H., 1985, Ore -related breccias in volcanoplutonic arcs: Economic Geology, v. 80, p.
1467-1514.
About Brixton Metals Corporation
Brixton Metals Corporation is a gold-silver exploration & development company focused in Canada
and USA. Brixton wholly owns 4 projects. The advanced stage , Hog Heaven silver -gold-copper
project in NW Montana, USA is a past producer of direct ship ore . Two district scale gold projects,
"Thorn (Golden Triangle)" and "Atlin" in British Columbia, Canada, have generated excellent
results to date. Lastly, two past producing high -grade silver-cobalt mines, the Langis -Hudson Bay
projects, are brownfield projects with excellent infrastructure and are located in Ontario, Canada.
The Langis and Hudson Bay mines produced at 25 and 123 opt silver, respectively. The Company
is actively seeking JV partners to advance one or more of its projects.
Brixton Metals Corpo ration shares trade on the TSX -V under the ticker symbol BBB. For more
information about Brixton please visit our website at www.brixtonmetals.com.
On Behalf of the Board of Directors
Mr. Gary R. Thompson, Chairman and CEO
Tel: 604-630-9707 or email: [email protected]
For Investor Relations, please contact Mitchell Smith:
Tel: 604-630-9707 or email: [email protected]
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