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“In the words of another famous Australian, tell them they’re dreaming,” he said.
2022 Financial accounts out ... Pretty sobering risk analysis statements on financing the commercialisation of their Talnode C anodes.
Nothing is certain * . Bedding down the investment capital to develop the production of commercial quantities of their Anodes is not in the bag..
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........... trading halt as the Company expects to conduct a capital raising comprising an institutional placement
not so fastHopefully another critical part to ensuring sufficient funding to fully commercialise the anode production.
Placement on 7/10; SPP opened 14/10. Already got the $10 millionIn light of the strong support for the SPP, the Talga Board has agreed to close the SPP immediately, in accordance with the terms of the SPP. The SPP was due to close on Friday, 28 October 2022
Talga Share Purchase Plan closes early
Placement on 7/10; SPP opened 14/10. Already got the $10 million
solves that.. was considering a tip into the SPP, but I guess my dosh will go to CXL instead. The trading price was running above the $1.10 for the duration of when the SPP was open, and has now jumped on this news to $1.29
View attachment 148419
This is one of the biggest ducks in the row. The market has jumped on the news. One would think that if the EIB comes to the party effectively underwriting the project the other parties offering a slice of the investment will follow suit.Things are advancing, step by step. Now $1.36
The Vittangi Anode Project in Sweden has passed the European Investment Bank’s preliminary screening for debt financing. Following substantial due diligence undertaken to date, including completed site visits, EIB has advanced the Project to Under Appraisal in preparation of a decision. The Project will use 100% renewable electricity to extract graphite, an EU defined critical material, and refine it into coated anode for Li ion batteries. The first stage of the Project will produce 19,500tpa of anode for 24 years from the integrated 'mine to anode' operation (ASX: 01 July 2021).
The EIB potential financing commitment of up to EUR300m, pending final due diligence, credit approvals and agreements, is foreseen to cornerstone and complement debt funding discussions underway with a consortium of leading export credit agencies and international banks.
That is very intriguing. I didn't realise how particular the requirements were for graphite anodes and individual suppliers.AFR correspondent has been given the guided tour. Not a bad article.
Inside the Swedish shed that might upend the battery market
In far northern Sweden, Talga Group is closing in on a decade-long goal: to mine and manufacture battery materials for Europe, in Europe.www.afr.com
And this is why it takes so long.....
.... At the Lulea demonstration plant, about a dozen people oversee a process in which Talga’s graphite is turned from flakes into rounded and coated particles that battery makers use in their anodes.
The process is complex, but the economics are probably the trickiest part. If the company was just offering lithium, nickel or cobalt, that would essentially be one-size-fits-all. With graphite, though, the battery maker has to test and retest the material, to make sure it works with specific products.
It has to be “the right shape, the right crystallinity, the right chemistry, the right performance, before it goes into a customer product”, Thompson says. And that takes time.
An anode materials producer like Talga will typically start off by sending a customer just a few kilograms, known as an “A sample”. If those check out, the customers will ask for a “B sample” of at least several hundred kilos, then a “C sample” of, say, a couple of tonnes or even several dozen tonnes.
By this point the company and its customer are starting to get pretty committed. At “D sample” level, the customer is going into production with that material.
“It’s an almost continuous scale of qualification, until you reach the level where they’re happy to go ahead. That’s why what we’ve done is maybe more of an achievement than gets recognised,” MD Mark Thompson says....
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From memory Bas you have an interest also in NVX. When I looked over'm 2 years back the in house technology that stood out was the battery testing. Jeff Dohn's with others had developed a cycling methodology to compact years down to months all with the aim of getting all aspects of battery chemistry's as "just right" as possible as quickly as possilble.So are these battery anodes extensively built to be "just right" ?
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