Richmond Vanadium Technology Pty Ltd. · ASX:RVT
Richmond Vanadium Technology Pty — Investor Presentation (October 2025)
15 slides from Richmond Vanadium Technology Pty's investor presentation, October 2025
Slide 1: Powering the Future – Corporate Presentation October 2025
POWERING THE FUTURE ASX : Presentation| Corporate RVT October 2025 | ASX:RVT CORPORATE PRESENTATION October 2025
Slide 2: Richmond Vanadium Project Overview
RICHMOND VANADIUM PROJECT OVERVIEW1 • Mining friendly jurisdiction within the North-West Minerals Province of Queensland (Australia) • Close to major infrastructure and services • PFS completed in 2019, updated in 2021 • Declared a Co-ordinated Project in 2022 • BFS underway for completion in 2026 •
Slide 3: Multiple Processing Pathways
MULTIPLE PROCESSING PATHWAYS Concentrating Recovery RVT PFS Flow Sheet Mining Concentrating Leaching Purifying Vanadium No No No Pentoxide Drill & Blast Milling Roasting V2O5 1.83% +98.6% vanadium concentrate1 vanadium flake1 Concentrating Electrolyte Direct Concentrate to Electrolyte Flow Sheet Min
Slide 4: Richmond Julia Creek Project – Environmental & Mining Approvals
RICHMOND JULIA CREEK PROJECT – ENVIRONMENTAL & MINING APPROVALS RVT TIMELINE: CRITICAL PATH 2025 TO 2027 QUARTER Sept 25 Dec 25 Mar 26 Jun 26 Sep 26 Dec 26 Mar 27 Jun 27 ENGINEERING ENGAGEMENT ENGINEERING STUDIES TECHNICAL STUDIES REPORTING SUBMISSION OF REVISED PDEIS TO OCG Successful completion of
Slide 5: RVT and RKP Strategic Partnership
RVT AND RKP STRATEGIC PARTNERSHIP The project will bring global renewable energy capability to Australia Partner Capability and role in project Dalian Rongke Power (RKP) • RVT wish to investigate the development of flow sheet innovation to establish a new refining process from Vanadium Ore Concentra
Slide 6: The Vanadium Flow Battery (VFB) Long Duration Energy Storage
THE VANADIUM FLOW BATTERY (VFB) LONG DURATION ENERGY STORAGE (LDES) Infinite Life l High Output l Low Maintenance l Safe • PERFORMANCE: consistent output, long battery life with low electrolyte degradation & infinite life cycle. • DESIGN: efficient, scalable, stackable, virtually unlimited storage c
Slide 7: Vanadium Flow Batteries v Lithium-Ion Batteries
VANADIUM FLOW BATTERIES v LITHIUM-ION BATTERIES Attribute Lithium-Ion Vanadium Flow Battery (VFB) Duration Short (<2h) Long (6–8h+) The Electrolyte Leasing Opportunity CAPEX Lower upfront Higher – but leasing model achieves parity VFB electrolyte is 32% of total VFB system cost LCOS (Global Avg.) ~$
Slide 8: Vanadium Supply Chain
VANADIUM SUPPLY CHAIN 1 2 3 4 Vanadium Raw Electrolyte Battery Utility Scale VFB Material Production Production Manufacturing Energy Storage Station Necessary Raw Foundation of energy Contributor to local Demand provider of Material storage capacity, GDP, key factor on entire supply chain key factor
Slide 9: Utility Scale VFB Project – Trigger to Start in Australia
UTILITY SCALE VFB PROJECT – TRIGGER TO START IN AUSTRALIA • Possible benefits includes grid forming, peak shaving, ancillary services, gird level black start, smoothing output for renewable generation, off grid power supply, and power quality improvement • Assumed total scale 1 GWh, suggested 100MWh
Slide 10: Vanadium Raw Material Production
VANADIUM RAW MATERIAL PRODUCTION • 1 GWh of VFB needs 8000 tonnes of V₂O₅ equivalent • Output could be vanadium concentrate, AMV, or V₂O₅ depends on technology used in coupling electrolyte production • Development Timeline (without considering permitting): 3-5 years • Economic Output: ≈ USD 100m per
Slide 11: Electrolyte Production
ELECTROLYTE PRODUCTION • Assumed Capacity: 1 GWh/year • At the same scale, production costs can vary by more than 40% depending on the technology route， electrolyte produced from high purity V2O5 has the highest production cost among all. • Minimum 100MWh annual production capacity is suggested for
Slide 12: Stack Production
STACK PRODUCTION • Assumed Capacity: 1 GW/year • Automated production is required for product stability • Minimum 100MW annual production capacity is suggested for economy of scale • Investment Required: USD 45M – USD 90M (land cost excluded) • Footprint: ≈ 50,000 ㎡ per 1 GW production capacity • De
Slide 13: Battery Manufacturing
BATTERY MANUFACTURING • Assumed Capacity: 1 GW per year • DC Battery module manufacturing based on modular design • Minimum 50MW annual production capacity is suggested for economy of scale • Investment Required: USD 25M – USD 60M (land cost excluded) • Footprint: ≈ 50,000 ㎡ per 1 GW production capa
Slide 14: Corporate Snapshot
CORPORATE SNAPSHOT CAPITAL STRUCTURE KEY SHAREHOLDERS RVT $8m $17.14m 221.8m Directors, Management & Staff (inc assoc) 4.5% ASX Code Cash Market Cap Shares (as at 30/9/2025) (as at 7/10/2025) on Issue Institutions / Corporate 15% PROJECT PORTFOLIO Richmond – Julia Creek Vanadium Project The Richmond
Slide 15: Contact Us
CONTACT US Brendon Grylls Executive Chair Monique Stevens Company Secretary T: +61 8 6141 9500 E: info@richmondvanadium.com.au www.richmondvanadium.com.au Richmond Vanadium Technology This presentation has been authorised for release by the @richvanadium Board of Richmond Vanadium Technology Limited
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