|
Xemplar
Provides Update on Namibian Uranium Exploration
Vancouver, British Columbia,
Canada, January 20, 2011 - Xemplar Energy Corp.
(TSX-V:XE) is pleased to provide further assay results from recent
exploration work carried out on its Cape Cross uranium project in Namibia.
Cape Cross Project
The Cape Cross project consists of three adjoining EPL�s (exploration
prospecting licences) which cover a combined area
of 2,041 square kilometers and are situated within the uranium corridor in
Namibia. World-class uranium mines such as Rossing
and Langer Heinrich are located within the uranium corridor, as well as
uranium deposits (Trekkopje, Valencia, Rossing South, Idadome, Marenica, Tubas and Etango),
which are being developed.
An extensive and systematic ground exploration program, covering an approximate
49-kilometer area, has now been completed. Uranium mineralization has been
detected both in calcrete and alaskite
rocks. These two geological environments host the major uranium deposits in
Namibia.
Within the boundaries of Xemplar's current property
holdings, General Mining & Finance Corp. Ltd., and Gold Fields
Prospecting (Pty.) Ltd. completed a significant amount of trenching as well
as a shallow (maximum 25 meters) surface drilling program in the Mile 72
area during the 1970�s to expose both pedogenic
and primary uranium mineralization. Regional and detailed surface
radiometric surveys discovered approximately eight radiometric anomalies.
Work Program Completed
A new target area has been identified to the west of the historic workings
which displays high grade surface uranium mineralization. An extensive and
systematic ground exploration program, covering an approximate 49 square
kilometer area has been completed. The ground exploration program consisted
of geological mapping, surface radiometric surveys (utilizing a RS-125
Spectrometer) at 200m intervals along 7 parallel traverses; spaced one
kilometer apart, as well as grab samples being collected at 200 meter
intervals along the traverses. Small pits were dug to expose the lithologies in areas overlain by alluvial cover and of
which the latter is masking the surface radiometric response. Uranium
mineralization has been detected both in calcrete
and alaskite rocks. These two geological
environments host the major uranium deposits in Namibia. Grab samples have
returned values between U-938 ppm (parts per
million) and U-13,300 ppm (RS-125 Spectrometer)
with a 170 tcps (total counts per second)
background. Grab samples greater than 1,000 tcps
were selected for assaying.
Assay Results
XRF assay data for the most recent batch of 48 grab samples have been
received and are presented below.
|
Sample
ID
|
U3O8
ppm
|
Th
ppm
|
Traverse
1
|
B01612
|
588
|
<10
|
|
B01613
|
1816
|
<10
|
|
B01614
|
586
|
14
|
|
B01615
|
262
|
13
|
|
B01616
|
56
|
11
|
Traverse
2
|
B01617
|
126
|
<10
|
|
B01618
|
76
|
17
|
|
B01619
|
105
|
10
|
|
B01620
|
1162
|
<10
|
|
B01621
|
793
|
<10
|
Traverse
3
|
B01622
|
182
|
<10
|
|
B01623
|
207
|
<10
|
Traverse
4
|
B01624
|
177
|
<10
|
|
B01625
|
77
|
<10
|
|
B01626
|
261
|
<10
|
|
B01627
|
290
|
<10
|
|
B01658
|
623
|
<10
|
|
B01659
|
203
|
<10
|
Traverse
5
|
B01628
|
26
|
<10
|
|
B01629
|
123
|
<10
|
|
B01630
|
662
|
<10
|
|
B01631
|
304
|
<10
|
|
B01632
|
766
|
<10
|
|
B01633
|
251
|
10
|
|
B01634
|
191
|
16
|
|
B01635
|
2370
|
<10
|
|
B01636
|
52
|
15
|
|
B01637
|
45
|
19
|
|
B01638
|
113
|
37
|
Traverse
6
|
B01639
|
1323
|
11
|
|
B01640
|
3319
|
17
|
|
B01641
|
297
|
10
|
|
B01642
|
98
|
<10
|
|
B01643
|
455
|
<10
|
|
B01644
|
248
|
<10
|
|
B01645
|
337
|
<10
|
|
B01646
|
542
|
<10
|
|
B01647
|
116
|
<10
|
|
B01648
|
246
|
<10
|
Traverse
7
|
B01649
|
82
|
<10
|
|
B01650
|
47
|
<10
|
|
B01651
|
1404
|
<10
|
|
B01652
|
1785
|
<10
|
|
B01653
|
226
|
<10
|
|
B01654
|
739
|
<10
|
|
B01655
|
374
|
<10
|
|
B01656
|
427
|
<10
|
|
B01657
|
40
|
<10
|
Previously
released assays on the same grid.
|
Sample
ID
|
U3O8 ppm
|
Th
ppm
|
Traverse
1
|
B01501
|
74
|
<10
|
Traverse
2
|
B01502
|
10
|
12
|
|
B01503
|
99
|
<10
|
|
B01504
|
4597
|
<10
|
|
B01505
|
874
|
<10
|
Traverse
3
|
B01506
|
63
|
<10
|
|
B01507
|
190
|
<10
|
|
B01508
|
102
|
<10
|
|
B01509
|
587
|
<10
|
|
B01510
|
1306
|
<10
|
|
B01511
|
284
|
<10
|
Traverse
4
|
B01512
|
56
|
<10
|
|
B01513
|
106
|
12
|
|
B01514
|
1240
|
<10
|
|
B01515
|
351
|
<10
|
Traverse
5
|
B01601
|
1531
|
<10
|
|
B01602
|
790
|
<10
|
|
B01603
|
230
|
<10
|
|
B01604
|
1210
|
<10
|
|
B01605
|
1083
|
<10
|
|
B01606
|
157
|
<10
|
|
B01607
|
1078
|
10
|
|
B01608
|
142
|
<10
|
Traverse
6
|
B01609
|
12
|
13
|
Traverse
7
|
B01610
|
2464
|
<10
|
|
B01611
|
335
|
<10
|
*Previously disclosed in press release dated November 30, 2010.
Planned
Exploration Program for 2011
Sampling in the present grid area will continue in early 2011, on traverses
spaced 500 meters apart. Anomalous areas will be in-filled with traverses
at a 250 meter spacing to increase the resolution and to outline the areas
containing the highest uranium grades. On completion of the analysis and
evaluation of all the geological, structural and assay data, a surface
drill program will be carried out to test mineralization at depth across
delineated target areas.
Samples collected, from the current program, were tested at SGS South
Africa (Pty.) Ltd. in Booysens, South Africa,
using XRF spectrometer, an accredited method. This laboratory is ISO-17025
certified. Grab samples are selective by nature and are unlikely to
represent average grades for the property.
Technical information in this news release has been prepared and/or
reviewed by Mike Magrum, PEng,
a director of the company and a qualified person as defined in National
Instrument 43-101.
On behalf of the Board of Directors,
�Simon Tam�
Simon Tam, CEO and Director
Xemplar Energy Corp.
Disclaimer
and Cautionary Statement Regarding Forward-Looking
Information
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 press
release. This news release shall not constitute an offer to sell or the
solicitation of an offer to buy securities in any jurisdiction.
All statements, trend analysis and other information contained in this
press release relative to markets about anticipated future events or
results constitute forward-looking statements. Forward-looking statements
are often, but not always, identified by the use of words such as �seek�,
�anticipate�, �believe�, �plan�, �estimate�, �expect� and �intend� and
statements that an event or result �may�, �will�, �should�, �could� or
�might� occur or be achieved and other similar expressions. Forward-looking
statements are subject to business and economic risks and uncertainties and
other factors that could cause actual results of operations to differ
materially from those contained in the forward-looking statements.
Forward-looking statements are based on estimates and opinions of
management at the date the statements are made. The Company does not
undertake any obligation to update forward-looking statements even if
circumstances or management�s estimates or opinions should change.
Investors should not place undue reliance on forward-looking statements.
Xemplar Energy Corp. seeks safe harbor.
To see
previous news releases, please click here.
_____________________
Thank you for your interest in Xemplar Energy Corp.
_____________________
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Xemplar Provides Update on Namibian
Uranium Exploration
Vancouver, British Columbia,
Canada, January 20, 2011 - Xemplar Energy
Corp. (TSX-V:XE) is pleased to provide further assay results from
recent exploration work carried out on its Cape Cross uranium project
in Namibia.
Cape Cross Project
The Cape Cross project consists of three adjoining EPL�s (exploration prospecting
licences) which cover a combined area of
2,041 square kilometers and are situated within the uranium corridor in
Namibia. World-class uranium mines such as Rossing
and Langer Heinrich are located within the uranium corridor, as well as
uranium deposits (Trekkopje, Valencia, Rossing South, Idadome, Marenica, Tubas and Etango),
which are being developed.
An extensive and systematic ground exploration program, covering an
approximate 49-kilometer area, has now been completed. Uranium
mineralization has been detected both in calcrete
and alaskite rocks. These two geological
environments host the major uranium deposits in Namibia.
Within the boundaries of Xemplar's current
property holdings, General Mining & Finance Corp. Ltd., and Gold
Fields Prospecting (Pty.) Ltd. completed a significant amount of
trenching as well as a shallow (maximum 25 meters) surface drilling
program in the Mile 72 area during the 1970�s to expose both pedogenic and primary uranium mineralization.
Regional and detailed surface radiometric surveys discovered
approximately eight radiometric anomalies.
Work Program Completed
A new target area has been identified to the west of the historic
workings which displays high grade surface uranium mineralization. An
extensive and systematic ground exploration program, covering an
approximate 49 square kilometer area has been completed. The ground
exploration program consisted of geological mapping, surface
radiometric surveys (utilizing a RS-125 Spectrometer) at 200m intervals
along 7 parallel traverses; spaced one kilometer apart, as well as grab
samples being collected at 200 meter intervals along the traverses.
Small pits were dug to expose the lithologies
in areas overlain by alluvial cover and of which the latter is masking
the surface radiometric response. Uranium mineralization has been
detected both in calcrete and alaskite rocks. These two geological environments
host the major uranium deposits in Namibia. Grab samples have returned
values between U-938 ppm (parts per million) and
U-13,300 ppm (RS-125 Spectrometer) with a 170
tcps (total counts per second) background.
Grab samples greater than 1,000 tcps were
selected for assaying.
Assay Results
XRF assay data for the most recent batch of 48 grab samples have been
received and are presented below.
|
Sample
ID
|
U3O8
ppm
|
Th
ppm
|
Traverse
1
|
B01612
|
588
|
<10
|
|
B01613
|
1816
|
<10
|
|
B01614
|
586
|
14
|
|
B01615
|
262
|
13
|
|
B01616
|
56
|
11
|
Traverse
2
|
B01617
|
126
|
<10
|
|
B01618
|
76
|
17
|
|
B01619
|
105
|
10
|
|
B01620
|
1162
|
<10
|
|
B01621
|
793
|
<10
|
Traverse
3
|
B01622
|
182
|
<10
|
|
B01623
|
207
|
<10
|
Traverse
4
|
B01624
|
177
|
<10
|
|
B01625
|
77
|
<10
|
|
B01626
|
261
|
<10
|
|
B01627
|
290
|
<10
|
|
B01658
|
623
|
<10
|
|
B01659
|
203
|
<10
|
Traverse
5
|
B01628
|
26
|
<10
|
|
B01629
|
123
|
<10
|
|
B01630
|
662
|
<10
|
|
B01631
|
304
|
<10
|
|
B01632
|
766
|
<10
|
|
B01633
|
251
|
10
|
|
B01634
|
191
|
16
|
|
B01635
|
2370
|
<10
|
|
B01636
|
52
|
15
|
|
B01637
|
45
|
19
|
|
B01638
|
113
|
37
|
Traverse
6
|
B01639
|
1323
|
11
|
|
B01640
|
3319
|
17
|
|
B01641
|
297
|
10
|
|
B01642
|
98
|
<10
|
|
B01643
|
455
|
<10
|
|
B01644
|
248
|
<10
|
|
B01645
|
337
|
<10
|
|
B01646
|
542
|
<10
|
|
B01647
|
116
|
<10
|
|
B01648
|
246
|
<10
|
Traverse
7
|
B01649
|
82
|
<10
|
|
B01650
|
47
|
<10
|
|
B01651
|
1404
|
<10
|
|
B01652
|
1785
|
<10
|
|
B01653
|
226
|
<10
|
|
B01654
|
739
|
<10
|
|
B01655
|
374
|
<10
|
|
B01656
|
427
|
<10
|
|
B01657
|
40
|
<10
|
Previously
released assays on the same grid.
|
|
|
|
|