RE: LIBS9 Nov 2021 02:08
Acker,
The key benefit of libs is cost reduction. For each sample (i.e. each chunk of mineralisation in a drilled core sample) the prep work (logging, splitting, quartering, grinding, pulverising, homogenising etc) is done on site and the product is effectively a 'hockey puck' of sample. It means that you can send a fairly large number of samples off to the lab to be tested in a relatively small shipment. It also means the majority of the dog work is done up front. Sections of each section of mineralisation are retained in the event a purchaser (a) wants to see them or (b) wants to independently verify them themselves through their own lab of preference. You wouldn't expect any less for what could be a X hundred million transaction.
I believe Wolf's comment from earlier may have some relevance - that interested parties want independently verified results. Hopefully that is the case. I am sure a lot of parties have learned lessons from the likes of Uramin in the past.
I also fully agree with Alert's comments that it is better to be doing this now at the start of the testing programme rather than at the back end, which would incur a hell of a lot of cost and also result in additional delays.
I am still firmly of the opinion that the speed of drilling is what is going to be the key determinant of the programme, not the testing. You can't do the testing until the cores are out of the ground. Obviously it helps if the testing isn't running too far behind the drilling so you can verify the results and that the drilling is being done in the right area, though with Lithium this is less of an issue as the mineralisation is visible and the geotechs will see it as they pull the cores out of the ground.
Time for bed. Early train to catch.
Bickmaster**
**Still not Val