Be nice to get an update ...30 May 2019 18:42
... on this RNS from 13 Dec 2018 about selling co-products :
High quality, saleable quartz and feldspar co-products produced from ongoing metallurgical test work programme.
Co-products will be produced from further processing of the tail material from the spodumene concentration process. Initial indications are that the following products can be produced and market studies by First Test Minerals have been completed to provide some indicative pricings for the products:
- Feldspar (Na2O+K2O+Li2O grades >12%) potential price range of US$65-100/tonne
- Quartz (99.6% pure) potential price range US$60-100/tonne
- Bulk Tail (Na2O+K2O+Li2O grades >7%) potential price range of US$40-45/tonne
- All products have low levels of potential impurities, below maximum limits specified by customers. Importantly, the potential pricing of the products which can be produced have been identified as being significantly higher, by First Test Minerals, than those conservative values used in the recent Scoping Study of US$39/tonne for feldspar and US$33/tonne for quartz. Test work for co-product and specifications independently evaluated and confirmed by ceramics industry expert, First Test Minerals Ltd. Bulk co-products currently being generated for further evaluation by potential customers and preliminary offtake discussions are underway with a number of potential parties. Significant environmental benefit from the sale of co-products, reducing the potential size of the footprint of any potential operation. Sale of co-products to prove economically beneficial for the Company, through the diversification of asset products. Savannah's CEO, David Archer said: "The area in which we operate is a major quarrying region for ceramic materials which supply the vibrant ceramics industries in both Portugal and Spain. Importantly, having multiple product streams means we are maximising the value adding potential of the Project while also reducing the volume of non-saleable material that will need to be emplaced on site in contoured and vegetated landforms. I look forward to providing further updates as we progress our Feasibility Study towards delivery in 2019."