|
URANIUM MINERALIZATION INTERSECTED AT CANDLE
Pitchstone Exploration
Ltd. ("Pitchstone"), operator of the Darby-Candle Project
that includes sxr Uranium One Inc. (TSX: SXR), reports important
uranium values were intersected in diamond drill hole CD02 on the
Candle property. The project is situated in the eastern Athabasca
Basin, Saskatchewan, 9 km west of the Cigar Lake mine.
A 2.6 m core
interval (NQ2 size) from 597.9 to 600.5 m averaged 169 ppm uranium,
including 0.5 m from 599.6 to 600.1 m that contained 422 ppm uranium
(0.05 % U3O8). The unconformity was intersected at 600.3 m in the
hole, which was drilled at a -88° inclination. Values obtained
for boron, copper, cobalt, nickel, lead and vanadium in proximity
to the mineralized interval are also anomalous and considered to
be favorable indicators of a mineralizing system similar to that
at major unconformity related deposits in the region. Radioactivity
in CD02 was previously reported in News Release 06.13 (April 13,
2006).
CD02 was an
initial test of conductor 97G, a prospective zone that has a 2 km
strike length on the Candle claim and extends an additional 4 km
on the Darby property. Consulting Geologist Nick Andrade noted that,
"although there is minor graphite present in the core, this
hole did not intersect the conductive zone and the hydrothermal
uranium mineralization may to be related to fluid flow along sub-horizontal
fractures or the unconformity". Andrade, formerly Chief Geologist
at Cigar Lake, is project manager for the drilling program and a
Qualified Person for the purposes of NI 43-101.
The intersection
in CD02 is an encouraging advancement for a number of reasons:
1. It is the most important mineralization encountered to date on
the Darby-Candle project.
2. The mineralization is in sandstone immediately above the unconformity.
3. The actual target, the intersection of the conductor with the
unconformity, has not yet been tested.
4. The geochemical signature (U, B, Cu, Co, Ni, Pb, V) is similar
to major Athabasca unconformity related deposits.
5. CD02 is the only hole drilled to date to test the 6 km long zone.
There are many
prospective targets at Darby-Candle and Pitchstone will resume drilling
as soon as access can be re-established to the property, possibly
later this year. Pitchstone plans to resume drilling in the near
future at the Waterfound Project, where encouraging results were
obtained last fall and access is year round (see Feb. 2, 2006 News
Release).
The Darby-Candle
Project is a major land position (19,316 ha) in proximity to the
two highest grade, large uranium deposits in the world, McArthur
River and Cigar Lake, with a similar geological setting. Exploration
on Darby-Candle has been funded by sxr Uranium One Inc., which is
earning 50% of Pitchstone's interest in five Athabasca Basin projects.
The Candle property has been optioned from JCU (Canada) Exploration
Company, Limited; Pitchstone can earn a 75% interest.
Steve Blower,
P.Geo., Director of Exploration for Pitchstone, is the Qualified
Person for the purposes of NI 43-101 with respect to the technical
information in this news release. Sample preparation and analyses
were done by SRC Geoanalytical Laboratories, Saskatoon. A partial
digestion with chemical analysis (fluorimetry) was used for uranium
determinations. All samples containing greater than 100 ppm uranium
were re-run using ICP analysis.
Pitchstone is
a uranium exploration company with eight exploration projects in
the Athabasca Basin, Saskatchewan. Also, in the Hornby Bay Basin,
Nunavut and NWT, Pitchstone has four projects including an interest
in a significant NI 43-101 compliant uranium resource (see Oct.
14, 2005 News Release). The company is also jointly funding uranium
exploration in Gabon with Cameco Corporation.
For further
information contact:
Ted Trueman, CEO,
(604) 687-3520,
ted@pitchstone.net;
Mark T. Brown,
CFO,
(604) 687-3520,
mtbrown@pacificopportunity.com
The
TSX Venture Exchange has not reviewed and does not accept responsibility
for the adequacy or accuracy of this release. Not for distribution
in the United States. |