VANCOUVER, British Columbia, June 29, 2018 /CNW/ --
HIGHLIGHTS
- Brine samples collected from 300 to 401 meters (m) show high
grade values very similar to the assays previously reported for the
samples from surface to a depth of 300
m, with an arithmetic average 918 mg/l lithium and a low
magnesium to lithium ratio.
- The arithmetic average lithium concentration for all of the
samples from the surface to a depth of 401
m is 900 mg/l, with a relatively low magnesium to lithium
ratio of 3.0 to 1.0.
- Adjacent rotary drill hole for pump testing has been completed
to a depth of 393 m and pump testing
will commence shortly.
- Drilling on a second core hole located 2.1 kilometers to the
west of the first hole is advancing.
NRG Metals Inc. ("NRG" or the "Company")
(TSX-V: NGZ) (OTCQB: NRGMF) (Frankfurt: OGPN) the Company is
pleased to report that assays for double packer samples collected
over the interval from 300 to the bottom of the first hole at a
depth of 401 m. The samples for
this interval average 918 mg/L lithium with a relatively low Mg to
Li ratio of 3.0 to 1.0. These values are very consistent with the
assays received for the samples from surface to a depth of
300 m, and the average for the entire
400 m hole is 900 mg/L lithium with
an average magnesium to lithium ratio of 3.0. The assay
results for the interval from 300 to 401
m are shown in the table below.
Sample
|
From
|
To
|
Li
mg/L
|
Mg
mg/L
|
B
mg/L
|
K
mg/L
|
Density g/mL
|
Conductivity mS/cm
|
Mg/L*
|
HMN-32
|
398
|
401
|
933
|
2929
|
330
|
6932
|
1.184
|
226
|
3.1
|
HMN-33
|
377
|
378
|
952
|
3016
|
332
|
6988
|
1.185
|
224
|
3.2
|
HMN-34
|
359
|
360
|
912
|
2641
|
425
|
7976
|
1.195
|
225
|
2.9
|
HMN-36
|
338
|
339
|
899
|
2497
|
449
|
8176
|
1.201
|
229
|
2.8
|
HMN-37
|
319
|
320
|
894
|
2496
|
439
|
8032
|
1.185
|
227
|
2.8
|
Arithmetic
Average
|
918
|
2,716
|
395
|
7,621
|
1.190
|
226
|
3.0
|
Sample HMN-31 was a
blank sample, and sample HMN-35 was a field duplicate of
HMN-34.
|
|
|
Drilling is proceeding on a second core hole located
approximately 2.2 kilometers to the west of the first core hole. As
of June 26, the hole had advanced to
a depth of 208.0 m.
Poorlyconsolidated sandstone similar to what was drilled in the
first core hole was encountered to a depth of 77 m, followed by a layer of compact halite
before passing back into mostly poorly-consolidated sandstone from
139 m to the bottom of the hole.
Drilling is continuing, although the rate of advance has been
slowed by the poorly-consolidated nature of the clastic
sediments.
José de Castro, Chief Operating Officer of NRG Metals Inc.,
commented "We are very enthusiastic about the results at Hombre
Muerto North. We are seeing exceptionally high grades in a clastic
host rock that appears to have good permeability, and the brine
chemistry is very favorable. The production of lithium from brine
involves concentration of lithium contained in the brine by
evaporation. The Hombre Muerto brine is unsaturated, which means
that it should be possible to concentrate the brine more quickly
using less pond area than would be the case for a typical saturated
brine. Furthermore, the sulfate and magnesium ratios are low
compared to other salar brines, and this means that the consumption
of lime and other reagents should be relatively low compared to
other lithium projects. These characteristics imply favorable
operating and capital cost profiles, should the economic and
technical feasibility of the project be established."
The sampling was conducted with single packer equipment over 1-m
intervals, approximately every 20 meters. On site QA/QC for
the sampling was directed by Cristian
Avila of Montgomery and Associates of Santiago, Chile under the supervision of
Mike Rosko, also of Montgomery and
Associates, a Qualified Person under NI 43-101. The samples were
assayed by the Alex Stewart Laboratory in Jujuy, Argentina, which is the preeminent laboratory
for lithium brine analysis in northern Argentina. Alex
Stewart employed Inductively Coupled Plasma Optical Emission
Spectrometry ("ICP-OES") as the analytical technique for the
primary constituents of interest, including those shown in the
table. Alex Stewart maintains a
strict internal QA/QC program employing multiple standards, re-
analyses by AA and calculation of ionic balances. NRG inserted one
blank sample and three blind duplicate samples in the sample batch,
and all QA/QC results corroborate the analyses reported in this
press release. In addition to the packer samples, sealed core
samples have been collected throughout the hole, and these samples
have been sent to a laboratory in the
United States for brine release testing.
The project is located in the province of Salta, Argentina at the northern end of the prolific
Hombre Muerto Salar, adjacent to FMC's producing Fenix mine and the
Sal de Vida development stage project being developed by Galaxy
Resources Ltd.
About the Company
NRG Metals Inc. is an exploration stage company focused on the
advancement of lithium brine projects in Argentina. In addition to the Hombre Muerto
Norte project, the Company is evaluating its 29,000-hectare (72,000
acre) Salar Escondido project in Catamarca province where the
company recently completed a 400-meter rotary hole, as described in
the Company's press release dated June 27,
2018.
NRG Metals Inc. currently has approximately 132 million shares
issued and outstanding, and trades on the TSX Venture Exchange
under symbol NGZ, on the OTC QB Market under symbol NRGMF, and on
the Frankfurt Stock Exchange under symbol OGPN.
On behalf of the board of directors of NRG Metals
Inc.:
Adrian F.C. Hobkirk
President and C.E.O.
T: Investors / Shareholders Call 855-415-8100 / Direct to
Adrian Hobkirk 714.316.3272
E: ahobkirk@nrgmetalsinc.com W: www.nrgmetalsinc.com
Technical Disclosure
The preparation of this press release was supervised by Mr.
Michael J. Rosko, a registered
professional geologist in the states of Arizona (25065), California (5236), and Texas (6359), and a registered member of
Society for Mining, Metallurgy, and Exploration (#4064687) and a
Qualified Person as defined under National Instrument 43-101 with
over 30 years of experience, with 10 years of direct experience
with lithium brine deposits. Mr. Rosko approves the scientific and
technical disclosure contained in this press release.
The TSX Venture Exchange has not reviewed the content of this
news release and therefore does not accept responsibility or
liability for the adequacy or accuracy of the contents of this news
release.
This news release contains certain "forward-looking statements"
within the meaning of Section 21E of the United States Securities
and Exchange Act of 1934, as amended. Except for statements of
historical fact relating to the Company, certain information
contained herein constitutes forward-looking statements.
Forward-looking statements are based upon opinions and estimates of
management at the date the statements are made and are subject to a
variety of risks and uncertainties and other factors which could
cause actual results to differ materially from those projected in
the forward-looking statements. The reader is cautioned not to
place undue reliance on forward-looking statements. The transaction
described in this news release is subject to a variety of
conditions and risks which include but are not limited to:
regulatory approval, shareholder approval, market conditions, legal
due diligence for claim validity, financing, political risk,
security risks at the property locations and other risks. As such,
the reader is cautioned that there can be no guarantee that this
transaction will complete as described in this news release. We
seek safe harbor.
On behalf of the board of directors of NRG Metals
Inc.:
Adrian F.C. Hobkirk
President and C.E.O.
T: Investors / Shareholders Call 855-415-8100 / Direct to
Adrian Hobkirk 714.316.3272
E: ahobkirk@nrgmetalsinc.com W: www.nrgmetalsinc.com
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SOURCE NRG Metals Inc