Tantalex Lithium Resources Corporation C.TTX

Separation Technique Needs To Cost Effective and Viable

[ErinBrockovich]

Coremet looks like an interesting company. They make a variety of semi automated industrial separators. Many seem to be based on gravimetric shaking and things like that.

  https://coremet.co.za/

I see no evidence that the have deveoloped a lithium separation device suitable for extraction from a soil matrix. So, this would be an in development sort of technology. To extract the remaining minerals my guess is the complexity of the device would be incremental  

Gimme, is it going to a chemical processs? Or it based on molecular weight and shaking for separation? I'll assume you have no idea if you don't answer. Which is fine. 

If a workable large scale technology has been developed for lithium separation technology I would be happy to take a closer look at it. I might even invest in TTX if it seems verifiable. 

Full disclosure. I have an engineering background. Lots of experience with industrial processes and automation. It comes in handy at times when evaluating technical approaches to mining and mineral extraction.

[ErinBrockovich]

Another company using experimental separation techniques.  https://www.anzaplan.com/minerals/graphite/   Clearly, lithium grade must be high enough to justify using experimental soil separation techniques championed by coremet and anzaplan. Plant would cost a ton. Separation is only viable at a certain lithium price and grade.  A business case needs to reflect profitability

[ErinBrockovich]

Correct link.  https://www.anzaplan.com/minerals/graphite/

[gimmycash2]

no i have no idea how the separation works,but the company did say that they can separate all three metals in one process in the nr so i would imagine cormet does have an idea of how they will achieve that.and at a very low cost,so add that to the metals sitting on the ground and i think they will be a very low cost producer.

[gimmycash2]

and lets not forget that xeimei already has a very low cost method of refining tantalum ,so if the feed stock is already separated it makes it that much more cost efective to refine ,i would imagine,but your the specialiste

[ErinBrockovich]

Ha, I'm no specialist. I can't find much on the commercial process that xeimei has developed. Can you share a link specific to that. 

[Allinvest]

Gimme, you are wasting your time! one day or another she will be back like Kozmo with and old post and...you said last week bla bla bla. Cause in that  they are specialists.. let them talk together or alone!!

[ErinBrockovich]

So, no plan is actually put together? Should be easy to find a link to the process you say xeimei has developed, gimme. There needs to be a solid business case for production to be realized.  It's likely that there is no proven industrial process to extract lithium from this soil matrix. Experimemtal, sure, but that won't pay the bills. Moreover, this process would need to be

[gimmycash2]

Buisness plans are not my problem,the company will figure all that out,all we need to do as investors is sit tight and wait.I could think of a lot worse juniors to be invested right now.

[ErinBrockovich]

As an investor the plans TTX has to move towards meaningful production are EXACTLY your problem. Ignoring them is foolhardy. I am truly amazed by your response. It's sophmorific to tbe extreme.   

[Allinvest]

See what i mean Gimmy, you cant even think! Waisting your time with them.

[gimmycash2]

I know what's on th way,and it even better than I thought.tick tock

[gimmycash2]

As for the noise,just goes in one ear and out the other .

[KozmoT]

LOL ... THAT is what you've been reduced to  !??!?!?!

[ErinBrockovich]

Lithium  ANZAPLAN is well equipped to develop flowsheet and process design following different processing routes for lithium-bearing minerals such as spodumene, petalite, lepidolite, lithium-rich clays, zinnwaldite, polylithionite, and amblygonite. Evaluation of numerous processing routes for the conversion of lithium minerals to battery grade carbonate or hydroxide compounds were already