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News & Media

2022

MONTREAL, QUEBEC – October 20, 2022Imperial Mining Group Ltd. ("Imperial") (TSX VENTURE: IPG; OTCQB: IMPNF) is pleased to announce that it has completed its Summer 2022 exploration and definition diamond drill program on the Ta-Nb Target and the TG Zone. Early results are encouraging and give inference to grade and tonnage increases to the TG North Lobe Deposit resource (see Imperial Press release - SEP 23, 2021).

The TG scandium mineralized Zone (the “Zone”) continues to return substantial intersection widths of scandium-bearing Olivine and Pyroxene Ferrosyenite (Table 1). The drilling program was performed from July 8th to September 8th, with a total of 8 drillholes having tested the different targets. Partial analytical results were received but due to longer turnaround processing by our laboratory service, several analyses have yet to be received. All core samples from boreholes CLE22001 and from CL22056 to CL22062 have been sent out for analyses. Results for the remaining drillholes are anticipated to be delivered within eight to ten weeks of receipt at the lab.

Summer Drill Program

A total of 8 drillholes for 1,663.0 m have been completed (Table 1, Figure 1). All drillholes at the TG Zone have intersected the target mafic intrusive host rock (Ferrosyenite), host to all scandium-rare earth mineralization on the property. The drilling indicates that the TG scandium Zone is doubly dipping between 830 west to 700 east, with a north-northeast strike direction. The widths of the mineralized intersections observed from the program vary between 78 and 105 m in true thickness. Mineralization remains open at depth below the 250 m vertical level and along strike and appears as a thickening, conical-shaped body in cross-section.

TG Zone Definition Drilling Program

The program completed seven diamond drill holes totaling 1,588.0 m (Figure 1). The intent of the program was to complete sufficient infilling drillholes to undertake a review of the 43-101 Preliminary Resource Estimate of the TG Zone and to convert most of all Inferred Mineral Resources (see Imperial Press Release – SEP 23, 2021) into the Indicated Mineral Resources category.

To date, assays have been received for borehole CL22057, which returned 79.7 m (261.5 feet) grading 311 g/t scandium oxide (Sc2O3) and 0.326% Total Rare Earths and Yttrium (TREO+Y). This hole was drilled as a deep cut on Section 650N and intersected a cumulative thickness of 83.7 m of Sc-bearing Olivine-rich Ferrosyenite (OLFESYN) commencing at 55.5 m in the hole.

Of particular interest was the appearance of higher frequency of higher-grade PXFESYN (Pyroxene-rich Ferrosyenite) in the deeper intersections into the TG Zone (see description of holes CL22061 and CL22062 in Table 2).

Table 1 – Borehole Location Table – Crater Lake Project, Quebec

Borehole

Section

Easting

Northing

Elevation

Azimuth

Dip

Length (m)

CLE22001

N/A

444076

6137176

501

0

-90

75.0

CL22056

400N

440730

6133700

551

305

-45

147.0

CL22057

650N

441011

6133792

545

305

-47

202.0

CL22058

100N

440685

6133363

533

305

-50

234.0

CL22059

600N

440992

6133751

542

305

-49

267.0

CL22060

550N

440967

6133713

541

305

-50

267.0

CL22061

400N

440815

6133629

541

305

-48

240.0

CL22062

350N

440780

6133586

541

305

-52

231.0

* Borehole Coordinate Datum : NAD83 Zone 20N

Crater Lake Extension Tantalum-Niobium Target Drilling

CLE22001 – The hole was drilled vertically (-900) to the north of the scandium target area and intersected a few 10 to 30 cm thick felsic dikes cross-cutting the Mistastin Rapakivi Granite. Alteration zones of up to 10 and 20 cm thick are encountered within the vicinity of the dikes. These dikes are mostly observed at the top of the hole. 

QA-QC Protocol

Strict QA/QC protocols have been implemented for the Crater Lake Project, including the insertion of certified reference materials (standards), duplicates and blanks at regular intervals throughout the sequence of samples.

A total of 1,331 drillcore samples, including 92 QA-QC samples, were sent to Activation Laboratories Ltd. All sample preparation and analytical work will be carried out at their facilities in Ancaster, Ontario. Several analytical techniques were used to characterize the samples, which are combined at Actlabs into the analytical package “8-REE”. This package includes whole-rock and trace element analytic techniques. Whole Rock analyses are done via a lithium metaborate/tetraborate fusion inductively coupled plasma (ICP) finish. Trace elements are also analyzed by fusion ICP/MS.

The technical content in this press release was prepared, reviewed and certified by Pierre Guay, P. Geo., Imperial's Vice-President, Exploration, a Geologist and Qualified Person as defined by NI43-101.

ABOUT IMPERIAL MINING GROUP LTD.

Imperial is a Canadian mineral exploration and development company focused on the advancement of its technology metals projects in Québec. Imperial is publicly listed on the TSX Venture Exchange as “IPG” and on the OTCQB Exchange as “IMPNF” and is led by an experienced team of mineral exploration and development professionals with a strong track record of mineral deposit discovery in numerous metal commodities.

For further information please contact:

Peter J. Cashin
President and Chief Executive Officer
Phone: +1 (514) 360-0571

Email: info@imperialmgp.com

Website: www.imperialmgp.com Twitter: @imperial_mining Facebook: Imperial Mining Group

Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release

Figure 1 – TG Zone Definition Drillhole Location Map

Table 2 – Drillhole Geology Descriptions, TG Zone, Crater Lake Project, Quebec

Borehole

General Geology

Cumulative
Ferrosyenite
Thickness
(meters)

Comments

CL22056

The hole intersected several sections of
felsic and intermediate syenites (mixing
zone between syenites and Olivine-rich
Ferrosyenite (OLFESYN) and a continuous
section of OLFESYN.

13.5

This hole was drilled to determine the
footwall extent of the mineralization at
surface. The hole intersected the scandium
mineralized OLFESYN which has a surface
expression.

CL22057

The hole intersected a wide and
continuous interval of OLFESYN with some
narrower sections of Ferrosyenites. The
Ferrosyenite is bordered by intervals
of felsic Syenites of up to 40 m.

83.7

This hole was drilled as a deep cut
with one zone of continuous OLFESYN
intersected at 107.5 m depth for over 79.7 m
and returned 311 g/t Sc2O3, 0.326% TREO+Y

CL22058

The hole intersected several sections of
alternating felsic syenites and OLFESYN
before hitting a continuous and massive
OLFESYN zone after 105 m depth.

126.5

This hole was drilled as an undercut of
borehole CL19033 (113.9 m grading
310.0 g/t Sc2O3 , see
Imperial Mining press release: June 18, 2019).
This borehole intersection shows
good potential for additional Scandium
Mineral Resources at the Southern Lobe.

CL22059

The hole intersected a continuous section of
OLFESYN of over 50 m and two sections
of mixed Ferrosyenite and Syenites
of up to 6 m in core length.

102.4

The hole was drilled as a deep cut and
intersected favourable OLFESYN starting at
85.8 m. A major fault was intersected at 166.8 m
down the hole.

CL22060

The upper approximate 100 meters
intersected mostly felsic and
intermediate syenites. Several structurally
significant zones below 122 m
bordering the major intersections of OLFESYN.

77.3

The hole was drilled as a deep cut and
intersected OLFESYN commencing at
98.2 m. The largest intersection returned
67.5 m of OLFESYN, starting at 154.4 m
depth. The hole also intersected a major
fault at 171.9 m.

CL22061

The hole intersected several sections of
felsic syenites as well as a major
fault above significant intersections of
Pyroxene-Rich Ferrosyenite (PXFESYN)
and continuous OLFESYN units below 76 m.

84.0

This hole was drilled as a deep cut and
collared into OLFESYN at surface with
a continuous zone of OLFESYN further down
hole over approximately 50.0 m. Several
zones of mixed PXFESYN and felsic Syenite
fragments of up to 36.3 m in core length were
also intersected.

CL22062

The hole intersected several sections
of felsic and intermediate syenites as
well as significant intersections of
PXFESYN and continuous OLFESYN units
below 60 m.

55.7

This hole was drilled as a deep cut with
an intersection of mixed PXFESYN and
felsic Syenitefragments of up to 30.0 m
in core length as well as several
sections of mixed OLFESYN and Syenites
of up to 16.6 m in core length.

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