ROUYN-NORANDA, QC, June 5, 2023
/CNW/ - X-Terra Resources Inc. (TSXV: XTT) (FRANKFURT: XTR)
("X-Terra" or the "Company") is pleased to report
that it has identified significant lithium potential at its
100%-owned Troilus East Property in James
Bay, Québec, following a review of Company results from
previous exploration at Troilus East that focused only on its
gold-copper potential.
Troilus East is located approximately 285 km southwest of
X-Terra's flagship Liberty Property bordering Winsome Resources'
Adina discovery. Notably, Troilus East is contiguous to the eastern
boundary of a large gold deposit being advanced to the Feasibility
Stage by Troilus Gold and lies on the contact of a large granitic
intrusion, known as the Parker Pluton, and the Frotet-Evans
Greenstone Belt.
X-Terra's compilation for lithium over the
~100 sq. km Troilus East
Property was sparked by the recent Sayona
transaction (refer to Troilus Gold news release dated
Nov. 16, 2022) where Troilus Gold announced the sale of select
properties to emerging producer Sayona Mining for $40 million (see attached
map).
Mr. Michael Ferreira, X-Terra
President & CEO, commented: "With our focus on the Liberty
Lithium Property as we quickly transition to Comet Lithium (refer
to April 20, 2023, and May 19, 2023, X-Terra news releases), the
discovery of lithium potential at Troilus East, combined with its
already known gold-copper potential, makes this an extremely
compelling #2 project for the Company. We are exploring multiple
options to unlock the full potential value of Troilus East for
shareholders."
Troilus East Lithium
Highlights:
- The property has never been explored for lithium despite being
located nearly along strike and inside the same geological units as
spodumene-bearing pegmatites of Lac Moblan located about 50 km
south of the property;
- Geological mapping at Troilus East shows granitic dykes and
occasional pegmatite veins intruded in mafic rocks, an environment
often mentioned in spodumene-bearing cases in the James Bay region;
- 95 samples among 475 surface samples across the property, taken
by X-Terra in 2020 targeting gold-copper, are anomalous in lithium
above 30 ppm and up to 248 ppm. They are mostly composed
of basalt with quartz veinlets. This initial prospecting was
oriented toward gold-copper and did not consider pegmatites as
prospective targets;
- Five (5) lithium target areas have initially been identified
based on clusters of lithium values. Two of them are located inside
the Parker granite, two others are located close to lenticular
granitic intrusion-hosted mafic terrains.
- Elements such as scandium (Sc, up to 964 ppm),
tin (Sn, up to 1,100 ppm) and tungsten (W, up to
100 ppm) are present in the environment of some of the
targets, showing the potential influence of a large, possibly zoned
magmatic system;
- X-Terra is currently reviewing options for a near-term
follow-up program dedicated to the lithium potential at Troilus
East that would include testing of mapped granites and pegmatite
vein swarms.
Troilus East Lithium
Targets
Five separate target areas identified to date follow a northeast
alignment along the eastern flank of the Parker intrusion over a
strike length of about 20 km. They are based on a minimum of
two samples with Li assays above 53 ppm. The follow-up
objective will be to evaluate potential magmatic sources of lithium
anomalies observed in the volcanic environment.
Target
|
Location
|
Signature
|
Environment
|
Features
|
Lac
Diane
|
540370E
–
5649300N
|
Li: 50 to
70ppm
Sc: 55 to
100ppm
|
Southern limit of
the Parker Pluton
|
Andesite,
affected by
calc-silicate
alteration and
metamorphism
|
Parker
1
|
542280E
–
5651100N
|
Li: 57 to
67ppm
|
Internal area of
the Parker
intrusion
|
Granite and
tonalite
|
Mésière
|
551000E
–
5655350N
|
Li: 54 to
248ppm
|
Spatially
associated with a
mapped lenticular
granitic body
|
Biotite
alteration
affecting mafic
intrusions;
higher values
hosted in
quartz-
feldspar vein
|
Dionne Fault
|
552075E
–
5658350N
|
Li: 56 to
98ppm
|
Spatially
associated with a
northeast
lenticular granitic
body at the apex
of the Parker
Pluton
|
Biotite
alteration in
mafic
intrusions and
volcanics
|
Gilbert
Fault
|
556150E
–
5660230N
|
Li: 55 to
71ppm
Sc: 65ppm
|
Spatially
associated with
east-west Gilbert
Fault
|
Calc-silicate
alteration with
biotite in mafic
volcanics
|
2020 Troilus East
Sampling
Surface sample results used for this preliminary assessment of
the lithium potential at Troilus East were generated by X-Terra
during the summer of 2020. The program that year tested an area
located immediately south of the Parker intrusion in the Parker
Volcanic Formation composed of a mafic to felsic sequence known to
host copper-zinc mineralization. East of the Parker intrusion, part
of the extensive Mésière Formation comprising basalt alternating
with magnetic gabbro sills was covered sporadically by sampling in
the search for a gold-bearing system.
A total of 475 samples were taken during this initial program,
including coverage of 25 felsic intrusions of different types. Most
samples were of variably pyritized upper greenschist metamorphosed
volcanic units, mostly of mafic composition. Samples were assayed
for a wide variety of elements using a peroxide fusion assaying
method. The preliminary review of data indicates a strong lithium
background with 95 samples containing lithium concentrations above
30 ppm. Sporadically, scandium values above 60 ppm are
spatially associated with high lithium content with the highest
value of 964 ppm in sample E6538051*. Tin anomalies were
obtained locally with concentrations above 10 ppm, and a
mineralized occurrence as found inside the Mésière Formation giving
0.114% Sn from sample E6538056*. Tungsten anomalies reaching at
least 20 ppm (highest concentration of 107 ppm) were
observed south of the Parker intrusion.
The Parker intrusion can be interpreted as a composite intrusion
which includes late tectonic coarse-crystallized dykes and masses
observed at its southern contact and at different locations along
the eastern contacts. It is not clear at this stage if this
intrusive phase is related with the lithium anomaly and associated
elements which suggest a strong magmatic footprint in surrounding
volcanic rocks.
Note: elemental results reported were not controlled by a QA/QC
program using blank and standard material inserted in the sampling
chain. These initial results were also not validated by duplicate
sampling. Assays results were produced by AGAT Laboratories.
* From: Campagne d'échantillonnage 2020-2021, projet Troilus
Est. GM 72758, 2022. Demers, M. Sigéom.mines.gouv.qc.ca
Qualified
Person
Martin Demers, P. Geo (ogq #770,
APEGNB L5980, PGO #3785), registered in the Provinces of Québec,
Ontario and New-Brunswick, a consultant to X-Terra
Resources, is a qualified person under National Instrument
43–101 - Standards of Disclosure for Mineral
Projects. He has reviewed the technical contents of this news
release and has approved the disclosure of the technical
information contained herein.
About X-Terra Resources
Inc.
X-Terra Resources is a well-structured publicly listed resource
company with projects in the James Bay Lithium District in
Quebec as well as in New Brunswick (precious metals). Advancing its
projects with thoughtful and technical rigor, X-Terra strives to
discover and delineate new compliant resources, creating value for
its shareholders.
Website: www.xterraresources.com
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SOURCE X-Terra Resources Inc.