Sean K
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Well, that seems to add up to me.Halba said:np kennas. I try to do proper analysis you know that 3.5 = drill hole density.
So you can see the potential. Bear in mind thats about 39million pounds in the 1st anomaly. There are other bigger anomalies in their picture(diagram) attached. If they get similar hits at similar grade in their drill program this will be bumped up.
Carmichael latest report for BMN stated that that the average grades in the region is 300 ppm to 450 ppmchris1983 said:Kennas. Do you know the grades in Namibia? This is great news. I dont think Bannerman will even hit many drills with grades greater than 500ppm.
Look at the spot price of uranium now. This is economically viable.
I think this 3.5 factor need more confirmation somehowkennas said:Well, that seems to add up to me.
Is 3.5 the usual density, or does it come out in the results somewhere?
LOL. I hope we got some analysis out of it anyway.mmmmining said:A lot of posting here today.Kennas vs ERN Camp!
Thanx Mousie,Mousie said:Looks like someone (moderators, maybe?) better post regularly used acronyms on one of the forums.:
captjohn, LOL = laughing out loud
Halba said:Considering that it has 11mil pounds likely at this starting point, the EV/lb is about $4 as its full diluted mkt cap is around $40m less cash. This itself is very low.
Halba said:Considering that it has 11mil pounds likely at this starting point, the EV/lb is about $4 as its full diluted mkt cap is around $40m less cash. This itself is very low.
chris1983 said:I almost topped up again today in the low 60's but I didnt. I felt I have enough..sometimes its never enough. I just feel very strongly that the SP will perform positively for us in the future.
Halba said:800*250*3.5*30m thick*0.025% = roughly 5200t
5200*2200 = 11.5million pounds
chris1983 said:length by width by thickness(depth) is easier for me to understand.
800 x 250 x 35
= 7,000,000 Cubic Meters
2.4 tonnes per cubic meter.
= 16,800,000 tonnes
Say we use an average grade of 250 ppm.
This will give us
4,200 tonnes of uranium which is just over 9 million pounds.
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