Avanti Helium Corp. · TSXV:AVN
Avanti Helium — Investor Presentation (November 2025)
24 slides from Avanti Helium's investor presentation, November 2025
Slide 1: Corporate Presentation
CORPORATE PRESENTATION November 2025
Slide 2: Disclaimer
Disclaimer This presentation has been prepared as of July 2025 (the “Presentation”) for information purposes only and Additional Information and Cautionary Statements on WNG 11-22 All of the resources classified as contingent are considered to be discovered, and as does not constitute an offer or so
Slide 3: Focused on Exploration, Development and Production of Helium Across Western Canada and the US
Avanti Helium is Focused on the Exploration, Development and Production of Helium Across Western Canada and the United States Strategic Evaluation We employ a targeted approach and selection methodology to evaluate and prioritize multiple helium assets across Western Canada and the United States Hel
Slide 4: Our Process
Our Process • Avanti has built a proprietary geological model to understand helium migration and accumulation at a fundamental level. • Approach and methodology are similar to that used to identify and access conventional plays. • We have acquired several helium assets and proven production in our a
Slide 5: Exploration & Development
Exploration & Development Greater Knappen Development: Exploration: • Proved initial helium pool surrounding • Montana – licensed Keith 14-13 the WNG 11-22 well, in northwestern well in new pool SE of Sweetgrass Montana. pool • Published third-party preliminary • Alberta – Acquired new resource esti
Slide 6: Management & Technical Team
Management & Technical Team Chris Bakker, MBA Brad Paterson Genga Nadaraju Cam Buss, P.Eng CEO, DIRECTOR CFO VP-SUBSURFACE, DIRECTOR VP-OPERATIONS Chris Bakker has over two decades of experience in D. Brad Paterson has over 28 years’ experience Genga Nadaraju has over two decades of diverse Cam Buss
Slide 7: Board Of Directors
Board Of Directors Chris Bakker, MBA Genga Nadaraju DIRECTOR DIRECTOR Chris Bakker has over two decades of experience in oil and gas, most recently working as a Genga Nadaraju has over two decades of diverse professional experience in the oil and gas commercial negotiator with Encana/ Ovintiv for si
Slide 8: Helium Use Growth
Helium Use Growth MEDICAL INDUSTRY CRYOGENICS WWW COMPUTERS Helium is mandatory for MRI machines Helium is the only element that can High Speed Internet, fibre optic Helium filled hard drives offer 50% which require 800 litres of Helium. Heliox come close to reaching absolute zero. cables must be ma
Slide 9: Rising Demand & Geopolitical Risk To Supply
Rising Demand & Geopolitical Risk To Supply Supplies from Russia, Qatar, Algeria are more sensitive to geopolitical risks U.S, Canada and Australia are expected to produce smaller share of the global helium supply, exposing the western world to helium dependence 9 Corporate Presentation
Slide 10: Alberta & Montana
ALBERTA & MONTANA Cavanti helium
Slide 11: Alberta & Montana
Alberta & Montana Avanti Wells 1 Rankin 1-17 2 WNG 11-22 • ~70,000 acres of leases/licenses in Northwestern 3 WNG 10-21 Montana and Southern Alberta. • Initial exploration activities in Greater Knappen. • Drilled and cased 3 wells. • Two wells in Sweetgrass capable of total gas production of ~18,500
Slide 12: Greater Knappen Overview
Greater Knappen Overview ~70K Acres of Prospective Helium land 100% Operatorship 1%-2% Helium Content Pure Play with 97.5% Nitrogen Net Helium Flow Rate Per Day Mcf/d Total Helium Rate (flow test) peer group in the last 20 years Avanti’s WNG 10-21 Well during drilling An area with proven helium prod
Slide 13: Contingent and Prospective Resource
Contingent and Prospective Resource CONTINGENT RESOURCES (Sweetgrass Pool only) In January of 2023 McDaniel Associates prepared a Gross Unrisked Avg Net Unrisked Contingent and Prospective resources estimate for Total Gas Hellium WI Total Gas Hellium both the Sweetgrass pool and Greater Knappen. Bcf
Slide 14: Sweetgrass Structure
Sweetgrass Structure 400m 350m Elevation Gain (M) 300m 250m 200m 150m 100m 50m 0m 400m WNG 11-22 350m WNG 10-21 Elevation Gain (M) 300m 250m High Case 200m Medium Case 150m 100m Current Case Sweetgrass map highlighting the structure contour based on geological mapping Line AA’ and BB’ are schematics
Slide 15: Sweetgrass Pool Production Timeline
Sweetgrass Pool Production Timeline 2026 Production: The HRU plant is expected to come online ~H2 ~H2 ~3.5MM ~20.5MM 2026, initially at 10 MMcf/d raw gas, then an COMMENCEMENT DATE Cubic Feet of Helium per month Cubic Feet of Helium per year increase to 15 MMcf/d after ~3 months 2027 Production: Jan
Slide 16: 2026-27 Tentative Exploration, Development and Production Plan
2026-27 Tentative Exploration, Development and Production Plan H2 2026 ~Q3 2026 ~Q4 2026 ~Q3 2027 Sweetgrass Pool onstream @ 10MMCF/D Drilling program to commence in Assess Keith drilling and commercial data. raw gas with helium sales commencing. Keith structure in Greater Knappen Bring Keith Pool i
Slide 17: Thank You
Thank You Avanti Helium Corp 1810, 840 7 Ave SW Calgary, Alberta Canada T2P 3G2 Telephone Website +1-403-384-0409 avantihelium.com Text
Slide 18: Demand Constituents Of Helium USA
Demand Constituents Of Helium USA Source: US Geological Survey, Cormark Securities Inc. 19 Corporate Presentation
Slide 19: Where is Helium Found?
Where is Helium Found? • Helium is found by drilling wells, similar to natural gas. It is formed from radioactive decay of heavy elements like Uranium and Thorium. • Helium can be trapped deep under hard non- porous rock where it cannot escape. Gravity can’t trap helium from escaping the atmosphere.
Slide 20: Why Helium?
Why Helium? Helium is the second most abundant element in the universe but extremely rare on earth. As a noble gas, Helium is not combustible. It has properties that make it irreplaceable for industrial applications like fibre optic cables, data centers, semiconductor manufacturing, medicine / MRI m
Slide 21: Helium Generation And Trapping Model
Helium Generation And Trapping Model 1.Helium is generated by the decay of uranium and thorium in the basement rocks. 2.Once released from the source rock, helium can interact with formation water. 3.Formation water carries the dissolved gases as it ascends. 4.When the water contacts a pre-existing
Slide 22: Fueling the High-Tech Future
FUELING THE HIGH-TECH FUTURE THE REACTOR HELIUM COOLING WORLD’S LARGEST DILUTION FIBRE OPTIC CABLE OF THE FUTURE PARTICLE ACCELERATORS REFRIGERATOR MANUFACTURING Superconducting coils are cooled with helium At the European Organization for Quantum computing relies on incredibly After fiber-optic gla
Slide 23: Separation & Purification
Separation & Purification Typical Nat Gas Steps If Necessary Dehy, Sweetening etc. Membrane Separation Pressure or Temperature Swing Absorption Cryogenic Separation & Liquefaction 25 Corporate Presentation
Slide 24: Commercial Grades Of Helium
Commercial Grades Of Helium Grade Purity Description Used in the manufacturing of semiconductor chips and for scientific research, MRI machines Grade 6 99.9999% and for gas chromatography. Derived through liquefaction process. Like Grade 6 helium, it is generally considered "research grade". Similar
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