Anglo Saxony Mining was established in 2012 and is the holder of several tin deposits, including Tellerhauser and Breitenbrunn. The company, original known as Treliver Minerals Ltd, changed its name in February 2017.
The Tellerhauser Tin Project
The Tellerhauser project was discovered “accidentally” by the GDR-Soviet joint venture company SDAG Wismut in 1968 whilst exploring for and developing a nearby uranium deposit. Their subsequent 20-year exploration programme resulted in a 20 million tonne resource estimation at a grade of 0.65% tin.
The project’s geology is divided into two packages: the skarn package and the schist sequence. The skarn package accounts for 124,000 tonnes of contained metal, with a further 19,000 tonnes of contained tin within the schist sequences. The skarn mineralisation occurs in three major, shallowly dipping seams. Here, tin occurs as cassiterite alongside indium as roquesite and zinc as sphalerite. The schist sequence beneath the skarn feeds the mineralisation, and these feeder structures also host significant tin mineralisation.
The associated historic uranium mine is comprised of 65,000 m of existing tunnels, along with two internal 400 m shafts and a 9 km adit. The Soviet development of the mine also resulted in over 140 km of drill core from over 2,000 boreholes, with more than 3,000 samples of over 1,300 channels. Tellerhauser also has some exploration upside in additional layers and peripheral deposits.
The Breitenbrunn License
Located in the same stratigraphic package as Tellerhauser, the Breitenbrunn license contains two potential deposits – the eponymous Breitenbrunn and Antonsthal. Although these deposits have only been explored through a wide-spaced drilling programme (200 – 800 m spacings), estimates put the combined tin resource at over 80,000 tonnes of contained metal using a grade of 0.23%. On top of this, recent work at Tellerhauser suggests that high-grade pods of mineralisation could also be present within the Breitenbrunn license, but given the drill spacing at Antonsthal and Breitenbrunn, these high-grade pods could be yet to be found.
|Ore (Mt)||20||Metal (t)|
|Ore (Mt)||5.6||Metal (t)|
Note: All resource estimates are non-JORC compliant