Two Properties. One District-Scale Opportunity.

The Kingdom Project covers 105,312 hectares (260,232 acres) of mineral rights across two properties in northwest Saskatchewan: Peter Pond Lake and Churchill River. Both sit within the Mannville Sand Formation, one of the province’s most prospective heavy mineral sands belts, with highway and forest road access to both project areas.

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Regional Claim Map

Claim Area Overview

Built on Decades of Exploration

Historic drilling by Shell Oil, AGIP, and DMR tested ground across both of Northern Kingdom’s properties, confirming long-standing industry interest in the Mannville Sand Formation. These programs provide a foundation of geological data that Northern Kingdom is now building on, with multiple drill-confirmed targets across the land package.

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Why Saskatchewan

Saskatchewan is one of Canada's most established resource-producing provinces, with decades of experience developing and supporting major projects across uranium, potash, oil and gas, and other minerals.

For the Kingdom Project, that established resource ecosystem provides important advantages:

Stable jurisdiction

Saskatchewan operates within Canada's established legal and regulatory framework and has a long track record of resource development.

Resource expertise

The province has extensive experience permitting, developing and operating large-scale resource projects.

Existing infrastructure

Roads, power and transportation infrastructure provide a foundation for exploration and future development.

Critical minerals focus

Saskatchewan is positioning itself as a significant North American source of critical minerals needed for energy, defense and advanced manufacturing.

North American supply chains:

The project is located in Canada, providing exposure to growing demand for secure and diversified mineral supply in North America.

The Deposit

The Kingdom Project sits within the Mannville Sand Formation, hosting monazite, ilmenite, rutile, zircon, garnet, quartz, tourmaline, sulfur, feldspar, sillimanite, kyanite, andalusite and lithium in illite clay, along with gold, silver, chromium, scandium and vanadium identified across various areas of Saskatchewan.

The shallow, sand-and-gravel-hosted nature of the deposit presents a fundamentally different development profile from a conventional hard-rock mine and may provide opportunities for a streamlined development approach.

Mineral processing conveyor carrying brown material

Land Position

Northern Kingdom controls more than 105,000 hectares (260,000+ acres) of mineral rights across two properties in the Mannville Sand Formation: Peter Pond Lake and Churchill River.

The scale of the land package provides substantial room for continued exploration and potential resource expansion.

Peter Pond Lake

Accessible by highway and forest road, connected to power, and within reach of rail service at Meadow Lake. Located near the community of Buffalo Narrows.

Churchill River

Road access and existing power infrastructure supporting exploration activities today, while providing a strong foundation for future project development.

Peter Pond Lake

Accessible by highway and forest road, connected to power, and within reach of rail service at Meadow Lake. Located near the community of Buffalo Narrows.

Churchill River

Road access and existing power infrastructure supporting exploration activities today, while providing a strong foundation for future project development.

A Growing Critical Minerals Opportunity

Demand for critical minerals is accelerating as North America invests in clean energy, AI and data centre infrastructure, advanced manufacturing and national security.

These trends are increasing the importance of reliable and diversified sources of the materials required to build modern infrastructure and technologies.

The Kingdom Project's mineral portfolio includes materials with applications across defense, aerospace, nuclear energy, energy storage, advanced manufacturing and digital infrastructure.

Why These Minerals Matter

Titanium

Titanium is widely used in aerospace and defense manufacturing, including aircraft structures, engine components, landing gear and fasteners.

Zirconium

Zirconium is an important material in nuclear energy, including its use in nuclear fuel applications.

Rare earth elements

Such as neodymium, dysprosium and praseodymium are essential to high-performance permanent magnets used across advanced technologies and digital infrastructure.

Scandium

Scandium can be alloyed with aluminum to produce lightweight, high-strength materials with applications in aerospace and defense.

Lithium

Lithium is a key input for batteries and grid-scale energy storage, supporting the broader electrification of energy systems.

Exploration Advantage

Northern Kingdom's land package extends well beyond the areas drilled to date, leaving significant ground still to be tested.

Historic drilling by Shell Oil, AGIP and DMR provides evidence of longstanding industry interest in the Mannville Sand Formation's mineral potential.

With a large land position, a known geological formation and multiple minerals of strategic importance, the Kingdom Project provides Northern Kingdom with a substantial platform for continued exploration and potential discovery.

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The Minerals of the Kingdom Project

The Kingdom Project is exploring a diverse suite of minerals spanning rare earths and titanium, precious metals, and the industrial minerals that underpin modern manufacturing, infrastructure and technology.

Strategic Metals

Monazite

Monazite is an important source of rare earth elements, including neodymium, praseodymium and dysprosium. These elements are used in high-performance permanent magnets that power electric motors, wind turbines, electronics and other advanced technologies.

Ilmenite

Ilmenite is a major source of titanium dioxide and titanium metal. Titanium dioxide is widely used as a white pigment in paints, plastics and coatings, while titanium metal is valued for its strength, low weight and corrosion resistance in aerospace, defense and industrial applications.

Rutile

Rutile is one of the principal natural sources of titanium dioxide and titanium metal. Its high titanium content makes it valuable for producing pigments as well as titanium products used in aerospace, defense and other demanding applications.

Zircon

Zircon is the primary commercial source of zirconium. It is widely used in ceramics, foundry applications and refractory materials, while zirconium is also important in nuclear energy because of its resistance to corrosion and low neutron absorption.

Lithium

Lithium is a key input for rechargeable batteries used in electric vehicles, consumer electronics and grid-scale energy storage. Demand for lithium is closely tied to the broader electrification of transportation and energy systems.

Chromium

Chromium is best known for its role in stainless steel, where it provides corrosion resistance and durability. It is also used in high-performance alloys, plating and refractory materials.

Scandium

Scandium can be alloyed with aluminum to produce lightweight, high-strength materials. These alloys have applications in aerospace, defense, transportation and other industries where strength-to-weight performance matters.

Vanadium

Vanadium is primarily used to strengthen steel and produce high-performance alloys. It is also used in vanadium redox-flow batteries, which can provide long-duration energy storage for electrical grids.

Precious Metals

Gold

Gold has long served as a store of value and a reserve asset held by central banks. Its excellent conductivity and resistance to corrosion also make it valuable in electronics, aerospace systems and other high-performance applications.

Silver

Silver is the most electrically conductive metal, making it essential to solar panels, electronics and electrical contacts. Growing demand from solar power and other electrification technologies continues to expand its industrial importance.

Industrial Minerals

Garnet

Garnet is hard, dense and chemically inert, making it an effective industrial abrasive. It is widely used in waterjet cutting, blast cleaning and water filtration.

Quartz

High-purity quartz is a key raw material for silicon metal, which is used in semiconductors and solar cells. Quartz also plays an important role in glass, fibre optics and precision electronics.

Tourmaline

Tourmaline is a boron-rich mineral with unique electrical properties: it can generate an electrical charge when subjected to heat or pressure. These properties support applications in sensors and electronics, while its potential for radiation shielding is also being studied.

Sulfur

Sulfur is the primary raw material for sulfuric acid, one of the world's most widely used industrial chemicals. Sulfuric acid is essential to fertilizer production and plays a critical role in processing minerals and metals, including lithium and nickel.

Feldspar

Feldspar is a key ingredient in glass and ceramics, including container glass, fibreglass, tile and sanitaryware. It helps lower melting temperatures while contributing strength and durability to finished products.

Sillimanite

Sillimanite is used to produce high-alumina refractory materials capable of withstanding extreme temperatures. These materials are used in technical ceramics and high-temperature equipment such as furnaces and kilns.

Kyanite

Kyanite undergoes permanent expansion when heated, making it valuable in refractory materials. Its expansion helps offset shrinkage and maintain the stability of furnace and kiln linings under extreme heat.

Andalusite

Andalusite converts to mullite at high temperatures without requiring pre-treatment, making it a valuable raw material for refractory products. These materials are used to line high-temperature furnaces and kilns in industries including steel, glass and cement.