MAX Power Mining Corp.
Natural Hydrogen Exploration in Saskatchewan
CSE: MAXX | OTC: MAXXF | FSE: 89N

A New Energy Frontier. Hydrogen Encountered in Drilling. The next step is Flow Testing.

Natural Hydrogen is confirmed at Lawson. The flow test is next.

MAX Power reports active Natural Hydrogen systems in three areas of Saskatchewan as much as 365 km apart. Its completions program started at Bracken in late October 2026, and the company said crews would move to the Lawson Complex in early November to begin measuring flow rates and gas concentrations.

Those results will be the first direct measure of whether Lawson can support commercial production. That question is still open. Testing is how it gets answered.

SYMBOL: CSE: MAXX | OTC: MAXXF | FRA: 89N

  • Issued and Outstanding: 195,702,565
  • Warrants: 27,200,518*
  • Options: 15,292,500
  • RSUs: 7,510,664
  • Fully Diluted: 245,706,247

*Eric Sprott holds 16,500,000 warrants or 61% of total warrants

Eric Sprott, Big Energy, and REV Exploration own a combined 78,623,526 shares or just over 40% of all of the shares currently outstanding. Management, insiders and close associates own an estimated 68,000,000 shares or 35%, meaning a total of 75% of the issued and outstanding shares are in tight and friendly hands.

How Lawson grew from one well to a complex

Lawson sits near Central Butte on the Genesis Trend in south-central Saskatchewan. MAX Power describes it as Canada’s first confirmed subsurface Natural Hydrogen system.

  1. Lawson 1

    Discovery well, drilling began November 2025

    After perforation, gas flowed to surface before formation brine overtook the flow. Three labs measured 16.80% to 19.07% hydrogen in flow-test samples, in a gas the company describes as about 90% hydrogen and nitrogen combined, with no hydrogen sulphide. 3D seismic later placed this well at the interpreted gas-water contact on the edge of the 14.2 sq km closure.

  2. Lawson 2

    2.4 km step-out, July 2026

    Rig-based Natural Hydrogen readings stayed well above background over 831 m of hole, from 1,539 m to 2,370 m, with the strongest readings at that point coming from a fracture zone in the basement.

  3. Lawson 3 and 4

    August and September 2026

    Lawson 4 cored a 20.5 m sandstone interval with evidence of strong permeability and porosity, sitting immediately above the basement and a deep crustal fault.

  4. Lawson 5 and 6

    October 2026

    Lawson 5, a 30 km step-out, skirted the edge of the Salt Wall and according to the Company, confirmed a Natural Hydrogen system. Lawson 6 is drilling 8 km to its southeast, where the company says there is a greater probability of drilling right through the Prairie Evaporite.

  5. Bracken

    325 km southwest, Grasslands Project

    Drilled to 2,600 m in March 2026. An independent petrophysical review by GLJ Ltd. identified multiple prospective hydrogen and helium zones. Bracken is the first well in the completions program. GLJ has not estimated any reserves or resources.

Rig readings and core-tube samples confirm hydrogen is present. They do not measure sustained flow, reservoir pressure or recoverable volume. That is the job of completions testing. The foregoing readings are preliminary and have not been independently verified.

Sources: MAX Power news releases dated Jan. 16, Apr. 21, June 30, July 27, Sept. 8, Sept. 15 and Oct. 26, 2026, and the company’s October 2026 corporate presentation.

Bracken – New Emerging Discovery Near Montana Border

Underscores Basin-Scale Continuity of Natural Hydrogen Systems in Saskatchewan

  • Successfully cased in March 2026, completions testing program began in Oct. 2026
  • Multiple prospective zones of Natural Hydrogen and Helium in several geological formations as identified in a petrophysical review by GLJ
  • Basal Cambrian and Precambrian basement core  recovered at Bracken exhibits similarities to core from the Lawson Discovery
  • Bracken is part of 750 sq. km permitted Grasslands Project, never previously drilled for Natural Hydrogen or Helium

MAX Power & Natural Hydrogen Could Fill The AI Energy Gap

Advantages & Facts in a New Energy Frontier

  • First Company to Drill
    MAX Power Mining Corp. drilled their first Natural Hydrogen well in Canada (November 2025)
  • Project Status
    MAX Power is utilizing integrated geological datasets to target Natural Hydrogen. Initial drilling at the Lawson prospect has identified Natural Hydrogen in multiple horizons, which management interprets as evidence of an active hydrogen system within the basement complex. The company holds ~2.5 million permitted acres in Saskatchewan, representing a significant land position for Natural Hydrogen exploration in Canada.
  • Ownership in Homeland Critical Minerals 
    Beyond Natural Hydrogen, MAX Power is the largest shareholder of Homeland Critical Minerals, an American-focused exploration company that intends to list on a Canadian stock exchange within 2026/early 2027. Homeland owns the Willcox Project in Arizona, a lithium discovery confirmed by MAX Power.
  • The Macro Tailwind
    Natural Hydrogen could disrupt the $150B+ hydrogen market by delivering clean energy at a fraction of the cost of green hydrogen production. Unlike manufactured hydrogen, Natural Hydrogen is simply extracted—no electrolysis, no carbon capture, no expensive infrastructure.

Planning a Route to the AI and Energy Market

MAX Power announced Oct. 27, 2026 a strategic Memorandum of Understanding (“MOU”) with Douglas Capital Inc. (“DCI”), bringing major North American energy infrastructure development expertise (transmission projects, operating industrial power plants, and hydrogen-fired generation engineering) to the Company’s emerging Natural Hydrogen commercialization strategy. The MOU is a preliminary understanding and there is no assurance that any definitive agreement, data center, transmission corridor or sale of power will result. 

The collaboration will evaluate opportunities to connect MAX Power’s Saskatchewan Natural Hydrogen Discovery with Canadian-built AI data centers, industrial power generation, and potential electricity markets through a proposed interprovincial energy corridor.

Saskatchewan AI data centers

Douglas Capital Inc. (DCI) is advancing a portfolio of Saskatchewan data center opportunities. The MOU calls for evaluating a connected network of facilities of varying sizes, made and built by Canadian companies and powered by electricity from MAX Power’s Natural Hydrogen, subject to technical and commercial validation. Project size would be set by the gas composition and flow data that MAX Power’s testing produces, along with customer requirements.

A proposed Alberta-to-Ontario energy corridor

The parties will also look at potential customers for Natural Hydrogen-derived electricity through CANVergence Energy Way, a corridor DCI has proposed from Alberta to Ontario. DCI intends the corridor to be 100% First Nations-controlled and to include a 2,000 MW multi-terminal HVDC transmission system. The 2,000 MW figure refers to the corridor’s proposed transmission capacity. DCI would lead engagement with First Nations along the route and near potential project sites.

Who MAX Power is working with

John Douglas, CPA, CA, CBV, founded Transmission Developers Inc. (TDI) in 2008 and served as its CEO through 2010. TDI originated the C$8 billion, 1,250 MW Champlain Hudson Power Express, which was built under Blackstone ownership after Blackstone acquired TDI. MAX Power says the line entered commercial operation in June 2026, carrying Québec hydroelectricity to New York City.

Douglas and Dr. Denis Steyn, a former Siemens power transmission and HVDC executive, co-founded Public Energy Inc., which operates gas-fired generation for industrial customers in Ontario. Their company Current H2 Inc. has completed front-end engineering design for a proposed 25 MW hydrogen-fired power plant in Owen Sound, Ontario, designed to run on hydrogen made on site by electrolysis.

MAX Power's Record So Far

28.6%

Peak hydrogen in a gas sample from a sealed core tube at Lawson 1. Flow-test samples measured 16.80% to 19.07% at three independent labs.

AGAT, Corelab and PTRC analyses. Company release, Jan. 16, 2026

8.7%

Peak helium from core desorption just above the basement at Lawson 1, averaging 4.4% across nine samples.

AGAT analysis. Company release, Jan. 16, 2026

365km

Span across the three areas where MAX Power reports active Natural Hydrogen systems: Lawson 1 to 4, Lawson 5 and Bracken.

Company release, Oct. 26, 2026

14.2sq km

Structural closure mapped by 3D seismic at Lawson, inside a broader Lawson Complex of about 28 sq km.

Company release, Apr. 21, 2026

~2.5Macres

Permitted ground across Saskatchewan, including the 475 km Genesis Trend where Lawson sits.

Company releases, Sept. 8 and Oct. 26, 2026

24.35%

Eric Sprott’s stake in issued shares after he exercised 12,138,548 warrants on August 24, 2026. He also holds 16.5 million warrants.

Company release, Aug. 25, 2026

Eric Sprott - investor and philanthropist

Eric Sprott

Who Has Put Capital and Expertise Behind MAX Power

Eric Sprott

Lead order in the C$20.5 million brokered offering at C$1.30 per unit, closed March 20, 2026. Then two strategic private placements: C$25 million at $2.00 per unit (closed May 29) and C$10 million at $2.50 per unit (closed August 17). Disinterested shareholders approved him as a control person at a special meeting on August 20, 2026.

Big Energy

A C$5 million private placement at $0.30 per unit, closed in December 2025, with board nomination rights. Big Energy’s General Director, Dr. Phung Khac Hoan, sits on MAX Power’s board. Big Energy held 24,999,999 shares, about 12.9%, as of August 25, 2026, according to the company’s presentation.

GLJ Ltd.

The Calgary energy consultancy was engaged on April 30, 2026 to provide independent third-party evaluation of the Lawson commercial validation program. GLJ is compensated by the Company and its engagement is not an endorsement of the Company or its securities, and GLJ has not issued any reserve or resource valuation for Lawson. 

REV Exploration

REV is a mineral exploration company with a diversified portfolio of strategic mining assets, together with meaningful and growing exposure to the Helium and Natural Hydrogen sectors and owns 6 million shares of MAX Power.

Kyndryl

Engaged on September 18, 2026 to build a commercialization strategy for MAXX LEMI, the company’s AI-assisted exploration platform. The company said on October 13 that Kyndryl is preparing that strategy and a go-to-market plan.

Investor Presentation

The Time is Now For a World-First in Natural Hydrogen

MAX Power Leadership Team

#image_title
Neil McMillan, Chairman of the Board

Former Chairman of the Board of Cameco (NYSE: CCJ), the world’s largest publicly traded uranium company where he served on the board for 16 years. Also captained Saskatchewan’s only gold mining company to profitability as President and CEO of Claude Resources, setting up company for buyout by Silver Standard (now SSR Mining). Started career as broker at RBC Dominion Securities.

#image_title
Rob Norris, CEO and Director

Served in the Saskatchewan Legislative Assembly as MLA between 2007 and 2016. During his years in cabinet, he helped Premier Wall lead multiple transformational decisions regarding energy infrastructure and innovation in Saskatchewan including SaskPower’s Boundary Dam 3, the launch of the International Minerals Innovation Institute, and the Sylvia Fedoruk Canadian Centre for Nuclear Innovation.

Smiling man with short dark hair and gray-framed glasses, wearing a patterned button-down shirt, posed against a white background.
Chad Levesque, President and Director

Capital markets specialist with more than two decades supporting North American resource and junior mining companies. Has played a key role in MAX Power since Day 1, overseeing a 768% share price appreciation since IPO in early 2022. Exceptional track record at building market awareness, strengthening investor engagement, attracting strategic partners, and executing long-term growth initiatives.

Portrait of an older man with white hair and beard, wearing a black shirt, smiling softly at the camera (black-and-white photo).
Steve Halabura, M.Sc., P.Geo., FEC (Hon.), FGC Chief Geoscientist

Decades of successful experience in Saskatchewan’s resource sector and widely recognized as a leading expert in the province’s subsurface geology. Deep understanding of the geological controls on the accumulation of hydrogen and helium. Key member of the discovery team for the Jansen potash deposit, the province’s largest-ever private investment (BHP) soon to become one of world’s largest potash mines.

Close-up of a smiling older man with gray hair and beard, wearing a light blue striped shirt against a pale background.
Andy Bowering, Strategic Advisor

One of Canada’s premier venture capitalists who brings more than 30 years of global mineral exploration and development experience to MAX Power. Co-founded Millennial Lithium, acquired by Lithium Americas, in 2022 for USD $491 million. Involved in multiple other buyouts of companies he has founded or managed including Prime Mining Corp., acquired by Torex Gold Resources (NASDAQ: TXG) in 2025.

Natural Hydrogen + Data Centers: The Investment Narrative

THE PROBLEM: AI Is Breaking the Grid

The data center energy story is one of the most dramatic supply/demand imbalances in modern infrastructure:

Demand Explosion

  • U.S. data center power demand projected to nearly triple by 2030—from ~62 GW (2025) to 134 GW Source: S&P Global
  • U.S. electricity consumption projected to reach record levels in both 2025 and 2026, marking a clear break from years of flat demand Source: Nzero
  • AI share of data center power: roughly 5–15% recently, potentially 35–50% by 2030 Source: AIMultiple
  • AI factory power demand expected to grow to more than 120 GW by 2035, compared to just 4 GW in 2024 Source: Microgridknowledge

Grid Can’t Keep Up

  • Electricity demand is rising faster than the U.S. power grid—much of it built decades ago—was designed to handle Source: DataCenterKnowledge
  • Grid connection wait times now stretch 3–7+ years in high-demand areas
  • Wholesale electricity costs as much as 267% more than five years ago in areas near data centers Source: Bloomberg

“MAX Power’s pioneering work in Natural Hydrogen continues to excite and amaze our geological team. Whether we’ve hit an entirely separate Natural Hydrogen system at L-5, or whether this is connected to the Lawson Complex, will be determined through more drilling and geophysical work we’ll be undertaking to optimize our understanding of the local and regional faulting and fracture systems. Lawson 5 skirted the edge of the Salt Wall. Lawson 6 to the southeast has a greater probability of drilling right through the Prairie Evaporite.”

– Mr. Steve Halabura, MAX Power Chief Geoscientist

THE MACRO OPPORTUNITY
  • Potential Cost Advantages: While green hydrogen currently ranges from $3–$12/kg, early conceptual estimates suggest that if commercially extractable, Natural Hydrogen could potentially be produced for $0.50–$1.00/kg.
  • Targeting Demand: We are positioning the company to address the projected increase in North American energy demand, particularly from the growing data center and AI infrastructure sectors.
  • Market Growth: The global hydrogen market is projected to reach $556 billion by 2034; however, the commercial viability of Natural Hydrogen extraction remains subject to further technical validation and testing.
  • Extraction Method: Unlike manufactured hydrogen, Natural Hydrogen would be extracted directly, potentially eliminating the need for electrolysis or carbon capture.

Market Size

    • Clean hydrogen investment commitments approaching $680 billion by 2030 (Hydrogen Council)
  • U.S. DOE targeting $1/kg clean hydrogen by 2031—Natural Hydrogen may already achieve this

Natural Hydrogen could be the cheapest clean energy source on Earth—extracted, not manufactured. MAX Power controls 2 million permitted acres in Saskatchewan and just drilled Canada’s first well targeting this resource. The leadership team includes the former Cameco Chairman, the engineer who discovered Natural Hydrogen in Mali, and operators who’ve taken exploration plays to commerciality. With zone testing underway and a $5 million strategic investment closing, 2026 is the proof-of-concept year.

Recent News

Must Read OTC Markets/SEC policy on stock promotion and investor protection

COMPENSATION DISCLOSURE

EMC has been paid $1,200,000 by wire transfer by MAX Power Mining Corp. for the period Dec. 23, 2025 through Nov. 6, 2026 for investor awareness services, including this communication. EMC and its principals do not own securities of MAX Power. | Please read our full disclaimer

Cautionary Note to U.S. Investors DisclosuresRegarding Natural Hydrogen, Helium and Mineral Disclosures

Natural Hydrogen and Helium: MAX Power’s Natural Hydrogen and helium properties are at an early exploration stage. The Company has not disclosed any reserves, contingent resources or prospective resources for them under Canadian NI 51-101 or SEC Regulation S-K Subpart 1200, and none should be assumed. No independent third party has confirmed the extent or commercial viability of any Natural Hydrogen accumulation at Lawson, Bracken or any other Company property. Gas readings, core-tube samples and flow-test samples described in this document are not measurements of recoverable volumes, and there is no assurance that Natural Hydrogen or helium can be produced in commercial quantities.

Mineral Projects: As a Canadian issuer, MAX Power and Homeland Critical Minerals may use terms such as “exploration target,” “measured,” “indicated,” and “inferred” resources. While these terms are defined by Canadian National Instrument (NI) 43-101, U.S. investors should be aware that SEC Regulation S-K 1300 has different requirements.

  • Exploration Targets: Estimates of exploration potential are conceptual and expressed as ranges of tonnage and grade. There has been insufficient exploration to define a mineral resource, and it is uncertain if further exploration will result in the target being delineated as such.
  • Inferred Resources: These have a high degree of uncertainty as to their existence and their economic and legal feasibility. U.S. investors are cautioned not to assume that any part of an inferred resource exists or is economically mineable.

Qualified Person (QP) Disclosure

The scientific and technical information in this document is taken from MAX Power news releases, which state that it was reviewed and approved by Steve Halabura, P.Geo., the Company’s Chief Geoscientist. Mr. Halabura is an officer of the Company and is not independent. [Mr. Halabura has not reviewed or approved this document.]

Forward-Looking Statements

This document contains “forward-looking statements” and “forward-looking information” under applicable Canadian securities laws. These statements relate to future events or the Company’s future performance, including, but not limited to, projections of U.S. data center power demand tripling by 2030, the potential for Natural Hydrogen production costs to range between $0.50 and $1.00/kg, the timing and results of completions and flow testing at Bracken and Lawson, the drilling of Lawson 6, the proposed DCI data center and energy corridor initiatives, and the proposed listing of Homeland Critical Minerals. While these statements are based on management’s current expectations and external data from sources such as S&P Global and the Hydrogen Council, they involve known and unknown risks that may cause actual results to differ materially. 

Such risks include:

  • Technical Uncertainty: The Natural Hydrogen sector is in an early “test of concept” phase; there is no guarantee that drilling or completions testing at Lawson, Bracken or elsewhere on the Genesis Trend will demonstrate commercial flow rates or result in a commercial discovery.
  • Projected Demand Volatility: Projections regarding AI power demand (estimated at 120+ GW by 2035) are subject to changes in technology, grid infrastructure limitations, and connection wait times that currently stretch 3–7+ years.
  • Cost Assumptions: The estimated $0.50–$1.00/kg cost for Natural Hydrogen is conceptual and based on early-stage extraction theories; actual costs may be significantly higher depending on geological conditions and infrastructure requirements.
  • Financing and Dilution: Future multi-well programs require significant capital; although the Company closed financings in 2025 and 2026, further funding may result in shareholder dilution.
  • Agreements in Principle: The DCI MOU is preliminary, and there is no assurance that any definitive agreement, data center, transmission corridor or sale of power will result.
  • Regulatory Hurdles: Drilling at Bracken and other prospects is subject to provincial licensing and environmental approvals which may be delayed or denied.

The Company provides no assurance that these forward-looking statements will prove to be accurate. Investors are cautioned not to place undue reliance on these statements, which speak only as of the date of this document.