Owner
Post by Franko10 ™ on Sept 11, 2004 13:07:39 GMT -5
Moore Lake Uranium Project Update
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May 18, 2004 - JNR Resources Inc. (TSX.V: JNN) and International Uranium Corporation ("IUC") are pleased to provide an update on the Moore Lake uranium project located in the Athabasca Basin of northern Saskatchewan.
The Companies had a very successful winter drilling program on the Moore Lake project. A total of 6,747 metres were completed in 19 diamond drill holes. The results not only expanded the extent of the known high grade uranium zone but also significantly expanded the extent of the mineralizing system associated with the high grade Maverick zone to at least 800 metres northeast of the discovery hole, ML-25. Numerous additional conductors on trend within the Moore Lake property remain to be tested.
The first 8 holes (ML-28 to ML-35) of the 2004 winter program focused primarily on the high grade Maverick zone and returned two new high grade uranium intercepts in Holes ML-29 and ML-35.
Hole ML-29, based on probe results, returned a grade equivalent of 1.3% U3O8 over 7.5 metres (261.5 to 269.0 m), including 2.3 metres of 3.6% U3O8. Within the higher grade core there was one continuous 0.5 metre sample that assayed 7.91% U3O8, as well as 3.65% nickel, 1.6% copper, 0.9% cobalt, 0.7% zinc, 0.35% total rare earths and 5 g/t silver. The presence of high levels of these "pathfinder" elements is significant in that this association is unique and common to the larger unconformity uranium deposits in the Athabasca Basin.
Hole ML-35 intersected 11.1 metres of uranium mineralization (262.4 to 273.5 m). The upper 4.9 metres was low-grade sandstone-hosted mineralization that assayed 0.05% U3O8. Immediately beneath that was a 0.7 metre section of lost core, followed by 5.5 metres that assayed 1.61% U3O8, including a 1.5 metre interval grading 5.3% U3O8. The 0.7 metre lost core interval returned a grade equivalent of 2.69% U3O8, based on probe results.
The next 11 holes were largely of a reconnaissance nature and focused on identifying the extent of the mineralizing system for further follow up this summer. Targets identified by a recently completed ground electromagnetic (EM) survey were also tested. The geochemical results have been received for drill holes ML-36 to ML-41 and indicate that the mineralizing system continues northeast and southwest of the previously identified limits.
Drillholes ML-40 and ML-41 were progressive 150 metre stepouts to the northeast of ML-34. They intersected strong alteration and structural disruption in the basal portion of the sandstone column, accompanied by anomalous levels of uranium and lead. More significantly, they intersected up to 65 meters of highly altered and structurally disrupted graphitic pelites and pelites well beneath the unconformity. Select samples from these rocks returned anomalous levels of uranium and 'pathfinder elements' such as nickel, cobalt, lead, zinc and vanadium. ML-40 and ML-41 were collared well into the hanging wall and will be followed up this summer. They also indicate that the mineralizing system now continues a minimum of 800 metres northeast of the section containing the discovery hole (ML-25).
Drillholes ML-37 and ML-36 were progressive 50 metre stepouts to the southwest of the mineralized section containing ML-03 and ML-29. Both holes were structurally disrupted and altered over their entirety. The better results were obtained from ML-37 which intersected a broad low grade zone of uranium mineralization at the unconformity. Probe results indicate a grade equivalent of 0.11% U3O8 over 17 metres; including narrower intercepts of 0.46% U3O8 over 1.5 metres, and 0.88% U3O8 over 0.6 metres. Both holes also returned highly anomalous values of pathfinder elements, throughout the sandstone column and the basement pelites.
Drillholes ML-38 and ML-39 were targeted on EM and structural features interpreted from this winter's geophysical program. ML-38 was collared some 450 metres southwest of the discovery hole. This hole intersected abundant faulting and alteration in the upper 150 metres of the sandstone column, accompanied by highly anomalous uranium and boron values. ML-38 also intersected strongly altered, faulted and geochemically anomalous graphitic pelites some 40 metres beneath the unconformity; suggesting a multiplicity of mineralized structures in this area. This hole also indicates that the mineralizing system continues a minimum of 450 metres southwest of the discovery hole.
ML-39 was targeted on a geophysically interpreted north-northwest trending structure, located some 500 metres to the northwest of the discovery hole. ML-39 missed the target but did intersect a strongly altered lower sandstone column that returned highly anomalous uranium, lead and boron values.
Samples from the remaining 5 holes drilled this winter are in the lab.
IUC and JNR are very pleased with these results which are indicative of a potentially sizeable and high grade uranium system -- the newest high grade discovery in the rich Athabasca Basin. A second drill and supplies for an extensive summer program were brought in over the ice before breakup, and are on site. The summer drilling program is expected to begin in early June.
The companies have also recently staked additional ground to the northeast and the southwest of the existing Moore Lake project, thereby increasing their land position in the area by 60%, to almost 37,000 hectares.
Drill core was prepared and assayed by the Saskatchewan Research Council in accordance with industry standards. Drill results and technical data have been reviewed by Richard Kusmirski, P.Geo., a Qualified Person pursuant to NI 43-101.
ON BEHALF OF THE BOARD
"Rick Kusmirski"
Rick Kusmirski,
President
THE TSX VENTURE EXCHANGE HAS NOT REVIEWED AND DOES NOT ACCEPT RESPONSIBILITY
FOR THE ADEQUACY OR ACCURACY OF THIS NEWS RELEASE.
--------------------------------------------------------------------------------
May 18, 2004 - JNR Resources Inc. (TSX.V: JNN) and International Uranium Corporation ("IUC") are pleased to provide an update on the Moore Lake uranium project located in the Athabasca Basin of northern Saskatchewan.
The Companies had a very successful winter drilling program on the Moore Lake project. A total of 6,747 metres were completed in 19 diamond drill holes. The results not only expanded the extent of the known high grade uranium zone but also significantly expanded the extent of the mineralizing system associated with the high grade Maverick zone to at least 800 metres northeast of the discovery hole, ML-25. Numerous additional conductors on trend within the Moore Lake property remain to be tested.
The first 8 holes (ML-28 to ML-35) of the 2004 winter program focused primarily on the high grade Maverick zone and returned two new high grade uranium intercepts in Holes ML-29 and ML-35.
Hole ML-29, based on probe results, returned a grade equivalent of 1.3% U3O8 over 7.5 metres (261.5 to 269.0 m), including 2.3 metres of 3.6% U3O8. Within the higher grade core there was one continuous 0.5 metre sample that assayed 7.91% U3O8, as well as 3.65% nickel, 1.6% copper, 0.9% cobalt, 0.7% zinc, 0.35% total rare earths and 5 g/t silver. The presence of high levels of these "pathfinder" elements is significant in that this association is unique and common to the larger unconformity uranium deposits in the Athabasca Basin.
Hole ML-35 intersected 11.1 metres of uranium mineralization (262.4 to 273.5 m). The upper 4.9 metres was low-grade sandstone-hosted mineralization that assayed 0.05% U3O8. Immediately beneath that was a 0.7 metre section of lost core, followed by 5.5 metres that assayed 1.61% U3O8, including a 1.5 metre interval grading 5.3% U3O8. The 0.7 metre lost core interval returned a grade equivalent of 2.69% U3O8, based on probe results.
The next 11 holes were largely of a reconnaissance nature and focused on identifying the extent of the mineralizing system for further follow up this summer. Targets identified by a recently completed ground electromagnetic (EM) survey were also tested. The geochemical results have been received for drill holes ML-36 to ML-41 and indicate that the mineralizing system continues northeast and southwest of the previously identified limits.
Drillholes ML-40 and ML-41 were progressive 150 metre stepouts to the northeast of ML-34. They intersected strong alteration and structural disruption in the basal portion of the sandstone column, accompanied by anomalous levels of uranium and lead. More significantly, they intersected up to 65 meters of highly altered and structurally disrupted graphitic pelites and pelites well beneath the unconformity. Select samples from these rocks returned anomalous levels of uranium and 'pathfinder elements' such as nickel, cobalt, lead, zinc and vanadium. ML-40 and ML-41 were collared well into the hanging wall and will be followed up this summer. They also indicate that the mineralizing system now continues a minimum of 800 metres northeast of the section containing the discovery hole (ML-25).
Drillholes ML-37 and ML-36 were progressive 50 metre stepouts to the southwest of the mineralized section containing ML-03 and ML-29. Both holes were structurally disrupted and altered over their entirety. The better results were obtained from ML-37 which intersected a broad low grade zone of uranium mineralization at the unconformity. Probe results indicate a grade equivalent of 0.11% U3O8 over 17 metres; including narrower intercepts of 0.46% U3O8 over 1.5 metres, and 0.88% U3O8 over 0.6 metres. Both holes also returned highly anomalous values of pathfinder elements, throughout the sandstone column and the basement pelites.
Drillholes ML-38 and ML-39 were targeted on EM and structural features interpreted from this winter's geophysical program. ML-38 was collared some 450 metres southwest of the discovery hole. This hole intersected abundant faulting and alteration in the upper 150 metres of the sandstone column, accompanied by highly anomalous uranium and boron values. ML-38 also intersected strongly altered, faulted and geochemically anomalous graphitic pelites some 40 metres beneath the unconformity; suggesting a multiplicity of mineralized structures in this area. This hole also indicates that the mineralizing system continues a minimum of 450 metres southwest of the discovery hole.
ML-39 was targeted on a geophysically interpreted north-northwest trending structure, located some 500 metres to the northwest of the discovery hole. ML-39 missed the target but did intersect a strongly altered lower sandstone column that returned highly anomalous uranium, lead and boron values.
Samples from the remaining 5 holes drilled this winter are in the lab.
IUC and JNR are very pleased with these results which are indicative of a potentially sizeable and high grade uranium system -- the newest high grade discovery in the rich Athabasca Basin. A second drill and supplies for an extensive summer program were brought in over the ice before breakup, and are on site. The summer drilling program is expected to begin in early June.
The companies have also recently staked additional ground to the northeast and the southwest of the existing Moore Lake project, thereby increasing their land position in the area by 60%, to almost 37,000 hectares.
Drill core was prepared and assayed by the Saskatchewan Research Council in accordance with industry standards. Drill results and technical data have been reviewed by Richard Kusmirski, P.Geo., a Qualified Person pursuant to NI 43-101.
ON BEHALF OF THE BOARD
"Rick Kusmirski"
Rick Kusmirski,
President
THE TSX VENTURE EXCHANGE HAS NOT REVIEWED AND DOES NOT ACCEPT RESPONSIBILITY
FOR THE ADEQUACY OR ACCURACY OF THIS NEWS RELEASE.
