NORTHLIGHT POWER
THE OPPORTUNITY
8-minute narrated presentation

00:00 — Powering Canada's next frontier
Every year, fuel makes the same long journey north. Communities and mines pay a cost shaped by distance and logistics. NorthLight is exploring an alternative: natural hydrogen, generated within the Earth. The strategy is to investigate that resource close to existing energy demand, then test whether local production can support a practical business.

00:28 — The next energy resource
Natural hydrogen is not manufactured. Water interacting with iron-rich rock can release it. Natural radioactive decay can also split water molecules. A field in Mali has supplied village electricity since 2012. But hydrogen in the ground is not the same as a recoverable reserve. Exploration must establish where gas accumulates, how it flows, and whether production is economic.

00:58 — The Canadian Shield
At Kidd Creek Mine near Timmins, research measured hydrogen discharge over eleven years. Across the wider borehole network, the study estimated more than one hundred and forty tonnes annually. This demonstrates a sustained geological process, not a commercial development. NorthLight is asking where similar Canadian Shield geology might coincide with existing mine infrastructure and substantial energy demand.

01:25 — The North runs on diesel
Diesel travels through refineries, roads, ports and storage facilities. Winter limits delivery windows. Remote communities must plan around that constraint. The presentation estimates that nearly three hundred Canadian communities depend almost entirely on diesel, including all twenty-five in Nunavut. Aging generators add another challenge. The need is dependable power, with fewer costs and risks between the source and its use.

01:56 — The problem at industrial scale
At industrial scale, the costs are much larger. The five Nunavut mines shown here consume an estimated six hundred million litres or more of diesel annually. At Goose Mine, fuel and logistics cost about two hundred and forty million Canadian dollars. Annual fuel use at Goose is roughly eighty to eighty-five million litres. Local hydrogen must earn its place in that system through reliable supply and a compelling delivered cost.

02:29 — One mine, two cost structures
This illustration asks what happens if hydrogen displaces half a mine's diesel requirement. It points to annual savings of roughly one hundred to one hundred and twenty million Canadian dollars. That applies a reduction to the disclosed fuel and logistics bill; it is not a proven outcome or a separate hydrogen-price model. Local production, purification and power generation would require demonstrated flow, quality and economics.

02:59 — The people defining the category.
The advisory group connects the science, field program and commercial assessment. Barbara Sherwood Lollar brings expertise in subsurface fluids and natural hydrogen. Denis Briere helped confirm the accumulation at Mali's producing field. The wider group adds industrial-gas, mining and northern exploration experience. That expertise supports development decisions; the resource still has to be demonstrated.

03:27 — The opportunity already exists.
The first pillar begins at existing mines, with boreholes, roads, skilled teams and continuous power demand. NorthLight proposes paid assessment, then testing and verification. Capital commitments increase as uncertainty is reduced. Development follows only if the evidence supports it. Long-term supply or royalties would depend on reaching production. Kidd Creek and Raglan are priority targets, not signed customers. Access and commercial agreements still need to be established.

04:03 — Decades of exploration data, searching for the wrong molecule.
The second pillar revisits the Mackenzie Delta's exploration record. Hundreds of wells and thousands of kilometres of seismic data were collected for oil and gas. NorthLight proposes to examine that record for hydrogen sources, pathways and accumulations. Existing information can improve targeting; it does not eliminate exploration risk. Inuvik also offers transport links and community infrastructure. The next step remains field evidence, in a region with meaningful energy demand.

04:39 — Natural hydrogen, with northern expertise.
NorthLight and Nunavut Nukkiksautiit Corporation have signed a memorandum of understanding to evaluate natural hydrogen opportunities in the Qikiqtani Region. NNC is an Inuit-owned clean energy developer with local relationships and energy-system knowledge. NorthLight contributes geoscience, subsurface assessment and financing experience. The memorandum supports evaluation. Technical findings, community engagement and each site's suitability will guide the next steps.

05:13 — Manitoba. A hydrogen thesis beneath the prairie.
Southwestern Manitoba presents a different geological question. Ancient basement rocks may generate hydrogen, deep faults may provide pathways, and sedimentary formations may offer reservoirs and seals. The task is to test those elements as a connected system. Land access is in progress. Target areas are not secured tenure, and commercial flow has not been established. Technical work and access applications come next.

05:48 — A structural cost advantage, not a subsidy story.
The cost thesis focuses capital on extraction, processing and delivery, while geology supplies the hydrogen. Management targets a diesel-equivalent cost of seventy-five cents per litre. The margin, payback and capital-intensity figures are targets, not independently verified operating results. The model seeks customer commitments before major spending. Resource performance, engineering and contract terms must support the economics.

06:21 — Discovery does not require invention.
Hydrogen-capable engines and fuel cells already have industrial applications, including the demonstrations shown here. A future project need not invent every part of the system. It still requires site-specific engineering, fuel specifications and operating tests. NorthLight has no current commercial relationship with Caterpillar. Its immediate task is upstream: establish a reliable resource and determine how it could serve a customer.

06:53 — The future of energy is already beneath our feet.
NorthLight brings geology and demand into the same frame. Hydrogen has been measured in Canadian Shield rock. Historical data can be revisited. Mines and communities need reliable power. The next stage is a tested program: secure access, measure sustained flow, understand the gas, and assess economics. A useful local energy supply is the objective. Field evidence determines the route toward it.

07:27 — Experience built for execution.
John McMahon leads as chairman and chief executive. Cameron Day brings financial management and transaction expertise. Andy Dayes adds private credit and industrial equipment experience. Casey McMahon leads communications. With the technical advisors and field partners, the team advances the program and communicates results. Continue to the Deep Dive for the complete thesis, or explore projects, economics and leadership directly.