eEnergy Group PLC · LSE:EAAS
eEnergy — Alexander Mining — Shareholder Meeting (June 2018)
23 slides from eEnergy's shareholder meeting presentation, Jun 28, 2018
Slide 1: Innovative mineral processing solutions for a high tech world
AGM - 28th June 2018 Innovative mineral processing solutions for a high tech world
Slide 2: Disclaimer
Disclaimer THIS DOCUMENT IS BEING SUPPLIED TO YOU SOLELY FOR YOUR INFORMATION AND MAY NOT BE REPRODUCED, FURTHER DISTRIBUTED TO ANY OTHER PERSON OR PUBLISHED, IN WHOLE OR IN PART, FOR ANY PURPOSE. This document is being communicated in the United Kingdom only to (a) persons who have professional exp
Slide 3: Innovative mineral processing solutions for a high tech world
Innovative mineral processing solutions for a high tech world Slide 3
Slide 4: Introduction
Introduction Innovative mineral processing solutions for a high tech world London based AIM traded (code: AXM) mining and mineral processing technology company. Strong technical management with financial markets expertise and experience. Business objective is to become a successful company in
Slide 5: Corporate data
Alexander Mining plc Corporate data Shares issued 1,888,730,149 Management, directors’, consultant options @ 4.92p 12,900,000 @ 0.22p 43,300,000 @ 0.15p 94,000,000 Warrants (22/11/2019) @ 0.225p 200,000,000 Broker’s warrants (22/11/2020) @ 0.15p 40,000,000 Recent: share price 0.12p market capitalisa
Slide 6: Highlights
Highlights Revolutionising the recovery of the technology metals of the future • Placings to raise £750,000 and £600,000 to fund business development and working capital. • Accudo Metals Pty Ltd. proposes to proceed with a definitive feasibility study on the potential use of Alexander’s leaching tec
Slide 7: Highlights: Revolutionising the recovery of the technology metals of the future
Highlights Revolutionising the recovery of the technology metals of the future Slide 7
Slide 8: Background: Our world will be ever more dependent upon high technology metals
Background Our world will be ever more dependent upon high technology metals An additional c.4.1Mt of copper (18% of 2017 supply), c.1.1Mt of nickel (55% of 2017 supply) and 314kt of cobalt (332% of 2017 supply) are forecast to be required to enable 30m Electric Vehicle (“EV”) sales by 2030. Source:
Slide 9: Background: Our world will be ever more dependent upon high technology metals
Background Our world will be ever more dependent upon high technology metals Aluminium – aerospace, transportation, construction, packaging Copper – construction, transport, infrastructure, equipment EV & Energy - metals use for electric vehicles and energy storage: Cobalt - ~ 50% of world’s reso
Slide 10: Hydrometallurgy processes have major benefits
The background Hydrometallurgy processes have major benefits • Higher returns by increasing mine- site metal product value. • Can makes uneconomic ore bodies economic. • No associated concentrate costs, ie: transport, smelter & refinery charges (which can be > 40% of contained metal value). • Valuab
Slide 11: Patented IP - major operational, economic and environmental advantages
Patented IP - major operational, economic and environmental advantages • Alkaline/ammonia leach process at ambient pressure and temperature • Proprietary two stage leaching process: Ore specific pre-treatment stage, heap or tank leaching • Proprietary solvent extraction step to avoid ammonia carry-o
Slide 12: AmmLeach® Patented IP - major operational, economic and environmental advantages
AmmLeach® Patented IP - major operational, economic and environmental advantages • Major capital and operating cost savings (typically 30-40%) possible due to magnitude of reagent (ammonia cf acid) consumption differential. • Aside from the very substantial capital and cost savings, AmmLeach® has se
Slide 13: Target metals
Target metals The main targets for the AmmLeach® process are: • Copper oxide deposits • Cobalt oxide deposits • Zinc oxide (non-sulphide) deposits Slide 13
Slide 14: Global opportunity
Global opportunity Countries with the most prospective geology for hosting high acid consuming copper (Cu), cobalt (Co) and zinc (Zn) oxides are: • Australia (Cu & Co) • Turkey (Zn, Cu) • Iran (Zn, Cu) • DRC (Cu, Cu/Co) • Zambia (Cu & Co) • Peru (Cu & Zn) • Chile (Cu) • Mexico (Cu & Zn) • Central Am
Slide 15: Business development: Copper Oxides
Business development Copper Oxides • Sulphides ~80% of world primary copper production • Conventional treatment is to produce concentrates and ship to smelter • Copper production from copper oxides using SXEW is growing, >20% • Average internal combustion engine car uses about 20kg of copper, mainly
Slide 16: Business development: Zinc Oxides
Business development Zinc Oxides • Sulphides >95% of world primary zinc production but average head grade < 7% zinc • Conventional treatment is to produce concentrate and ship to smelter - Roast – Leach - Electrowin process Oxides considered commercially untreatable. However, in general, zinc oxides
Slide 17: Business development: Zinc Oxides
Business development Zinc Oxides • Production of high purity LME grade zinc • Successful batch test using conventional equipment at ambient temperature & pressure to produce zinc cathode. • First successful test of AmmLeach® technology for zinc and the first solvent extraction of zinc from primary o
Slide 18: Business development: Cobalt
Business development Cobalt • Major AmmLeach® opportunity - tested numerous samples from Cu-Co deposits and run a demonstration mini plant with two circuits through to cathode metal • Electric vehicles (EV) boom has seen cobalt prices rising sharply. • Some 60% of cobalt is used in batteries, with ~
Slide 19: Business development: HyperLeach
Business development MetaLeach's HyperLeach® process, although less advanced in its commercialisation than AmmLeach®, has very significant potential. Nearly all base metal sulphide ores are processed and concentrated on site using froth flotation before being shipped off site to a smelter and re
Slide 20: Lithium recovery
Lithium recovery New R&D initiative • New lithium processing technology R&D project with Dr N. Welham • Investigating a promising route to the direct dissolution in a heap leach of lithium from lithium bearing minerals under ambient temperature and pressure conditions. • Hard rock resources more via
Slide 21: Vanadium recovery
Vanadium recovery New R&D initiative • New vanadium processing technology R&D joint venture project with Australian company Multicom Resources and John Webster Innovations Proprietary Limited • Investigating the potential recovery of vanadium from amenable ores, especially Multicom’s Saint Elmo vana
Slide 22: Summary
Summary Innovative mineral processing solutions for a high tech world • World demand for key technology metals set to increase significantly, fuelled by EV and related infrastructure/energy generation/storage demand. • Hydrometallurgical extraction of base metals at the mine is ultimate production r
Slide 23: Enquiries
Enquiries Contact Details Alexander Mining plc Martin Rosser, CEO 2nd Floor 85-87 Borough High Street London, SE1 1NH, UK Tel: +44 (0) 20 7078 9564 Mob: +44 7770 865 341 Email: mail@alexandermining.com Web: alexandermining.com