Re: Correcting my prior post
in response to
by
posted on
Nov 10, 2014 09:46PM
Hydrothermal Graphite Deposit Ammenable for Commercial Graphene Applications
This was Takenotes last sentence which imo is very important as ZEN moves towards putting in the pin as they say. With the material in the end users hands and 25 NDA's, the final chapter may soon be written for ZEN.
For these reasons and others I don't feel like typing, I truly believe Zenyatta has the best shot at the lithium-ion battery market. That said, there are many other markets such as fuel cells and the high purity powder market that are of equal importance and shouldn't be discounted by any means. Zen will have its day and with material already in end users hands, it could be sooner than you think.
TaKeNoTeS
And comments from Bharat from ZEN's NR in September.
Bharat Chahar, VP Market Development of Zenyatta stated “The recent work has produced high purity graphite material which has been sent to various potential customers for testing and evaluation and will be sent to others in the coming days. Test work completed to date has confirmed the Zenyatta graphite to have a very good crystal structure (hexagonal) with a very desirable real density of 2.25 g/cc. We have no elemental purity concerns, including sulphur (67 ppm), boron (0.12 ppm) and equivalent boron content (‘EBC’) of 0.919 ppm. The sulphur and boron are very low with EBC measuring well below the recommended maximum of 5ppm for nuclear applications. The Company will continue to produce a high purity graphite product (for various applications) with strict specifications based on dialogue with interested end users under a signed confidentiality agreement.”
Peter Wood, VP Exploration of Zenyatta stated, “The pilot plant has proven to be very useful in the early evaluation and troubleshooting for the flow sheet design. The test-work will continue and provide the necessary engineering data for energy requirements, water treatment, reagent consumption and equipment sizing. We expect to develop a distinctive process for this unique graphite deposit.”