I like this bit on Page 4.................( OK yes I did change the font size just slightly)
3. Ticking the boxes for institutional investors .
a) We believe TLG will appeal to institutional investors for the following reasons:
i. TLG’s vertically integrated mine to anode business model reduces intermediary overheads, whilst attracting premiums for the highquality product for use in Tier-1 European EV’s. Whilst margins may compress over-time with the entrance of additional anode capacity, we see TLG being better positioned to protect margins.
ii. TLG boasts a strong management team who have grown the business and are directly aligned with the performance of the shares. CEO Mark Thompson is the largest individual holder on the register with 4% of shares on issue.
iii. Proximity to customers, and low-cost hydroelectricity reduces TLG’s carbon footprint, appealing to ESG conscious investors as well as auto manufacturers requiring visibility of environmental footprint for components.
Potential catalysts
1. Construction commencement (1HFY24)
2. Binding offtake (Now to 1HFY24)
3. Funding (1HFY24)
4. Production (Stage 1) (BPe 3QFY25) 5. Production (Stage 2) (BPe CY28)
I have compiled here what I have noticed. Oh, you can take care of all the numbers around which I have turned a blind eye - I'm curious

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Here we can read for the first time that Talga's own scheduling can no longer be kept.
With the environmental permit approved on 6th April 20223, TLG can advance Stage 1 of its vertically integrated graphite business. Stage 1 anticipates 19.5ktpa of TLG’s patented battery anode material (Talnode-C). We have assumed construction beginning in 2H CY23 with an 18-to-24 month build time, which should see production beginning in 3QFY25 (Mar-25).
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I wonder when we will see turnover here. There must be contracts of some kind. Talga doesn't give away tons of test material in the hope that the customer will like it so much that he will buy it. It's a development for the customer. I actually expect to see that in the figures at some day/point.
The process began with coin cell level testing, up to now where bulk samples are being provided to customers through the EVA plant which produces tonnes of material monthly for customer testing.
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I think that's important too. Soon it was said many months ago.
Running concurrently with the permitting process is the conversion to binding status for the ACC and Verkor offtake agreements, which TLG anticipate prior to the advancement of debt funding discussions. We see the conversion to binding status as a key hurdle for TLG, noting that debt support will likely not be provided on a non-binding agreement.
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TLG has an option over land adjacent to the current Luleå processing site, which should provide a smooth expansion in operations.
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I always enjoy reading something like that. Dear new Chinese NV friends. By the way, I just heard on the radio how great German politicians think it is that NV is independent from China. They are going to build a factory here. What an irony.
We may see other anode manufacturers setup operations in Europe, however we would expect a lagged effect to progress through the qualification phase for each manufacturer (~2+ years) and we see substitutability (once the product is in use in a line of EV’s) as low.
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We see the risk from peers currently in the graphite sector as low, whilst there is a short list of advanced peers progressing further down the battery value chain...
For every tonne of ore processed, TLG will produce
~182kg of CSPG (or ~202kg battery anode). Compared to SYR and MNS, which for every tonne of ore processed could produce ~38kg and ~18kg of CSPG respectively.
...
SYR estimates costs through to a mid-quality active anode material (AAM) of
US$3,020/t, which assumes operating costs at Balama of US$425/t (Q123 US$668/t). The
margin on SYR’s product could be in the range of US$1,980-US$3,980/t (~
40-57%) assuming full capacity operating metrics at Balama. In comparison,
TLG’s high-quality Talnode-C product is likely to achieve prices around ~
US$12,295/t with operating costs (from mine to anode) of US$2,647/t (BPe) equating to ~US$9,353/t
margin (78%).
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intermission
I take a break here and enjoy the unexpectedly free day.