Verdera Energy Corp. · TSXV:V
Verdera Energy — Investor Presentation (October 2026)
33 slides from Verdera Energy's investor presentation, Oct 6, 2026
Slide 1: Building America's Uranium Supply
Building America’s Uranium Supply Corporate Presentation l October 2026 VerderaUranium.com Verdera (n): Green Era - From the Spanish Adj ‘verde’; a company focused on economic and environmentally-responsible uraniumTSXV:V extraction in New | OTCQB: Mexico. VUECF 1
Slide 2: Disclaimer
Disclaimer ©2026 Verdera Energy Corp. All rights reserved. Unless otherwise noted, “Verdera” and all other marks used in this presentation are trademarks Verdera Energy Corp. (the “Company”). Any reproduction or dissemination of any feature of this presentation, in whole or in part, or any use of th
Slide 3: Developing ISR-Amenable Uranium Projects in New Mexico
Developing ISR-Amenable Uranium Projects in New Mexico: Key to the U.S. Nuclear Renaissance Uranium Assets Strategically positioned Proprietary Data Crownpoint/Hosta Butte with 28.8 Mlbs Privately owned mineral rights Verdera owns the largest proprietary, of current NI 43-101 resources, and an spann
Slide 4: Share Structure
Share Structure As at October 6, 2026 Market Capitalization @ C$0.31 C$34,345,828 Shares Issued & Outstanding 110,792,993 Stock Options 6,531,000 Fully Diluted 117,323,993 Cash and Marketable Securities C~$23,000,000 As part of enCore’s sale of its New Mexico uranium assets to Verdera, enCore receiv
Slide 5: U.S. Uranium Peers
U.S. Uranium Peers Verdera’s portfolio of New Mexico uranium resources (including historical M&I and Inferred resource) ranks as the second largest uranium endowment among U.S. focused public uranium companies. • Trailing only Uranium Energy (US$4.6B Mkt Cap) Verdera’s EV per lb is C$0.13/lb US Uran
Slide 6: Board of Directors
Board of Directors William M. Sheriff, MSc, Executive Chair Janet Lee-Sheriff, Director/ Chief Executive Officer Mr. Sheriff, as the founder and Executive Chair of enCore Ms. Sheriff brings 25 years of experience in the mineral extraction Energy advanced the company from inception to a uranium indus
Slide 7: Management and Technical Advisory Committee
Management and Technical Advisory Committee Janet Lee-Sheriff, Chief Executive Officer John Hamrick, Advisor Ms. Sheriff brings 25 years of experience in the mineral Mr. Hamrick is a metallurgical engineer with over 40 years extraction industry with a strong focus on strategic planning, of experienc
Slide 8: U.S. Uranium Supply
U.S. Uranium Supply The World’s Largest Consumer and Minimal Uranium Production TSXV:V | OTCQB: VUECF 8
Slide 9: The Nuclear Renaissance in the United States
The Nuclear Renaissance in the United States Securing Domestic Uranium to Power the Nuclear Renaissance Nuclear Energy’s Role in the U.S. Power Mix • 20% of total U.S. electricity generation currently comes from nuclear power.19 • May 2025 U.S. executive orders target quadrupling nuclear capacity to
Slide 10: Uranium Spot Price
The Nuclear Renaissance in the United States Uranium Spot Price Uranium Spot Price (USD$) 150 100 URANIUM 50 0 2004 2006 2008 2010 2012 2014 2016 2018 2020 2022 2024 2026 TradeTech/UxC TSXV:V | OTCQB: VUECF 10
Slide 11: New Mexico: Essential for the US Nuclear Renaissance
New Mexico: Essential for the US Nuclear Renaissance New Mexico: World-Class Uranium Deposits • Largest Uranium Resource in the U.S: New Mexico hosts the largest identified uranium ore resource in the United States with the Grants Uranium District thought to be the seventh largest uranium-producing
Slide 12: Grants Uranium District, New Mexico
Grants Uranium District, New Mexico • The Grants Uranium District is one of the largest and most historically significant uranium regions in the United States. • Accounts for nearly 40% of all uranium mined in the U.S.21 Since production began in 1948, the region has produced ~350 million pounds of
Slide 13: In-Situ Recovery (ISR) Uranium Extraction
In-Situ Recovery (ISR) Uranium Extraction • In-Situ Recovery (“ISR”) offers a minimally invasive, environmentally responsible, and economically efficient approach to uranium extraction; • Accounts for ~60% of global uranium production; • Unlike traditional mining, ISR requires no open pits, waste ro
Slide 14: Portfolio Overview
Portfolio Overview Crownpoint and Hosta Butte Current Mineral Resource Estimate 20251 Attributable Resource Million Grade U3O8 Category Tons eU3O8% (M lbs) Crownpoint Indicated 6.09 0.121 14.82 Crownpoint and Hosta Butte: Comprised of Hosta Butte Indicated 2.95 0.146 8.60 approximately 3,020 acres m
Slide 15: Crownpoint and Hosta Butte Project
Crownpoint and Hosta Butte Project • The Crownpoint Project is comprised of over 3,000 acres of 100% owned mineral rights; Total Indicated Mineral Resources1 Total Indicated 0.02% eU3O8 Grade Cutoff and GT Cutoff* 0.50 Verdera Controlled • Uranium was first discovered in 1968 and Resource the projec
Slide 16: Crownpoint and Hosta Butte Project
Crownpoint and Hosta Butte Project • The Westwater Canyon member of the Morrison Formation is the principal host of uranium mineralization in the vicinity of the Total Inferred Mineral Resources1 Project and is approximately 360 feet thick; • For the purposes of estimating mineral 0.02% eU3O8 Grade
Slide 17: West Largo Project
West Largo Project • The Property consists of approximately 3,840 acres. The majority of the property is held through deeded mineral rights with 75 unpatented lode claims; • Gulf Minerals discovered uranium mineralization in the Historical Mineral Resource Estimate for the West Largo Uranium Propert
Slide 18: Ambrosia Lake Project
Ambrosia Lake Project Historical Mineral Resource Estimate • The Property consists of deeded mineral Property Tons Grade; % U3O8 Pounds, U3O8 rights totaling 24,555 acres along with certain 13 -13N – 9W 259,000 0.16 855,313(9) unpatented mining claims covering approximately 1,700 acres; 17 -13N – 9W
Slide 19: Nose Rock Project
Nose Rock Project • The property consists of deeded mineral rights covering 6,400 acres and unpatented lode Historical Mineral Resource Estimate for the Nose Rock Uranium Property (Mining diluted to mining claims comprising an additional 840 acres; at least 8 ft @ 0.075% U3O8, or GxT = 0.6 %ft)(6)(7
Slide 20: Investment Summary
Investment Summary Strategic Focus on New Mexico; essential to Proprietary private New Mexico the U.S. energy independence objectives uranium database; access to other private databases 28.8 Mlbs current NI 43-101 resources Experienced leadership with proven and an additional ~58 Mlbs* of historical
Slide 21: A proud member of
A proud member of Verdera Energy Verdera Energy @Verdera_Energy (505) 273-7724 info@verderauranium.com @Verdera_Energy www.verderauranium.com TSXV:V | OTCQB: VUECF 21
Slide 22: The Nuclear Renaissance in the United States
The Nuclear Renaissance in the United States A safe, carbon-free energy source Nuclear energy is a key source of clean, secure, and cost-effective power. As one of the most dependable energy sources, it provides 20% of the total electricity in the U.S. • Nuclear energy is one of the safest energy so
Slide 23: The Nuclear Fuel Cycle
The Nuclear Renaissance in the United States The Nuclear Fuel Cycle TSXV:V | OTCQB: VUECF 23
Slide 24: Uranium Supply & Demand Forecast
The Nuclear Renaissance in the United States Uranium Supply & Demand Forecast 250 $104 Million lbs U3O8 200 Supply Gap (Required New Production) 150 Uranium Spot Price 100 Established Production 50 1Source: Historical Ux Weekly Prices, UxC.com as of February 9, 2026 2Source: Uranium Market Study 202
Slide 25: Energy Returned On Invested of Various Energy Sources
The Nuclear Renaissance in the United States Energy Returned On Invested (“EROI”) of Various Energy Sources Comparing the lifetime electricity output of different power sources to the energy needed to create and run them 24/7. For example, nuclear plants generate 75 times the energy they consume. 80
Slide 26: ISR Central Processing Plants: How It Works
In-Situ Recovery (ISR) Uranium Extraction Central Processing Plants: How It Works Processing Plants Wellfield Resin Reloading Resin Recharge Filter Press Dryer Packaging Transport Conversion Oxygenated The uranium rich Uranium is removed The Filter Press The zero emissions Yellowcake The transport i
Slide 27: ISR Economic, Environmental and Safety Advantages
ENVIRONMENT ADVANTAGES CONVENTIONAL IN-SITU In-Situ Recovery (ISR) OF ISR MINING RECOVERY Fast Leaching Kinetics Uranium Extraction Surface Disturbances Temporary Economic, Environmental and Safety Advantages Minimal Consumption Use of Water No Solid Mine Waste No Mill Tailings No Dust Mining No Dus
Slide 28: In-Situ Recovery Site Visit
In-Situ Recovery (ISR) Uranium Extraction In-Situ Recovery Site Visit Hosted by the Clean Energy Association of New Mexico Photo Credits: ©Kim Cook Photography Inc. TSXV:V | OTCQB: VUECF 28
Slide 29: 1979 New Mexico Pilot Project
In-Situ Recovery (ISR) Uranium Extraction 1979 New Mexico Pilot Project • In-Situ Recovery of uranium produces ~60% of the global uranium; • ISR has operated successfully for over 50 years with numerous uranium extraction projects across the United States; • Mobil Oil successfully recovered uranium
Slide 30: Historical New Mexico Uranium Production
New Mexico: Essential for the US Nuclear Renaissance Historical New Mexico Uranium Production • From 1948 to 1982, more than 200 mines in New Mexico produced 163,010 tons of U3O8; • New Mexico produced 40% of the total U.S. uranium production for that period; • More than 99% of the New Mexico produc
Slide 31: Uranium Production by Type of Deposit
New Mexico: Essential for the US Nuclear Renaissance Uranium Production by Type of Deposit from New Mexico (1947-2002) Note: Uranium Production from 1947-2002 by Type of Deposit from New Mexico, by V.T. McLemore and W.L. Chenoweth, 2017, https://geoinfo.nmt.edu/publications/monographs/memoirs/downlo
Slide 32: Importance of Sandstone-Hosted Uranium Deposits
New Mexico: Essential for the US Nuclear Renaissance Importance of Sandstone-Hosted Uranium Deposits • Classification of uranium deposits found in the Grants Uranium District include the Jurassic Morrison Formation and sandstone uranium deposits; limestone uranium deposits; other sedimentary rocks w
Slide 33: References
References 1. Beahm, D. L. (2025). NI 43-101 Technical Report: Crownpoint and 10. Nelson, J. (2008, January 18). Section 17-13N-9W resource 17. McLemore, V. T. (2007). Uranium resources in New Mexico. New Hosta Butte Uranium Project, McKinley County, New Mexico, USA. estimate. In D. Wilton, CPG (201
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