ZED graphite
The project
The Zed Graphite Project, located in the municipality of Montpellier in the Outaouais region, aims to be a model of responsible, sustainable, and transparent development. Nestled in the heart of the mountains, it causes no visual impact for residents and blends discreetly into the landscape.
The site benefits from its proximity to regional roads, which reduces the need for new infrastructure and limits environmental impacts. In addition, no expropriation is required since the land is already owned by the promoters.
Le projet est planifié avec rigueur et s’échelonnera sur deux phases dans le cadre d’un bail d’exploitation exclusive (BEX) d’une durée de 7 ans.
Phase 1 : Quarrying of quartzite and marble.
Phase 2 : Start of graphite mining, accompanied by beneficiation tests to ensure optimal and responsible use of the resource.
The site
The graphite
Other minerals
History
The project
Cartes du site
The project
Future of the site
The site will become a unique resort destination, featuring a brand-new lake naturally formed following the mining operations, surrounded by charming cottages. Once the mining phases are completed, the pits left by extraction will gradually fill with water naturally, creating a clear and peaceful body of water. This process, common in open-pit mining sites, will give the land a second life by transforming it into a place of relaxation, nature, and reconnection. The ZED Graphite project was therefore designed from the outset to leave a positive, lasting legacy that benefits the local community.
The project
The importance of graphite
Graphite is a critical and strategic mineral, essential to our daily lives. It plays a central role in the energy transition and actively contributes to the fight against climate change by helping to decarbonize the economy.
Although graphite has many industrial applications, its role in battery production for electric vehicles (EVs) is what drives the soaring demand. In fact, it is one of the five key materials required to manufacture batteries, alongside lithium, cobalt, nickel, and manganese.
Graphite is the primary material used to create the anode — the battery component that absorbs the current. It is therefore at the heart of transport electrification solutions and the global effort to reduce carbon emissions.
The graphite
A critical and strategic material for the economy of tomorrow.
Graphite is not limited to batteries. It is also an essential material in several industries. The processing of critical and strategic minerals plays a key role in Quebec's energy and technological transition. These minerals are essential for the manufacturing of many green technologies, especially those related to the production and storage of renewable energy, and they help reduce greenhouse gas emissions.
Energy storage
Sports equipment
Electronic devices
Various industrial applications
The graphite
Our graphite
The graphite extracted by Zed Graphite stands out for its high purity, favorable particle size distribution, and exceptional geological accessibility. It appears in three main forms observed directly on site:
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Fine and rich horizons (5 to 25%) in the biotite paragneiss, usually well-structured and concentrated in graphite.
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A very rich graphite zone (10 to 25%) located at the contact between the biotite paragneiss and the calcosilicate marbles, representing a particularly strategic source.
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Disseminated graphite (1 to 8%) in the calcosilicate marbles, offering a continuous resource beyond the more concentrated zones.
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The deposit stands out for its richness and efficiency:
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A shallow horizontal layer of graphite
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Over 98% of the minerals are usable
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Une exploitation de moyenne envergure, opérant 5 jours par semaine seulement.
High-quality graphite
Laboratory tests have shown that the flake graphite from ZED Graphite is of exceptional quality. All analyzed flakes are larger than 150 mesh, and total carbon (Ct) concentrations of up to 97.29% have been achieved after purification. This means that our graphite is not only rich but also highly purifiable, making it ideal for several specialized markets.
Versatility of use
While our graphite meets strict standards for use in lithium-ion batteries — a rapidly growing market — its particle size distribution also makes it a preferred material for industrial applications: lubricants, refractory materials, composites, and more. It is worth noting that only 1% of our production falls into the fine graphite category, further enhancing its appeal for high-value applications.
The graphite
Why is graphite so important ?
The following characteristics of graphite make it suitable for a wide range of applications:
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A non-metallic mineral among the most versatile
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Excellent conductor of heat and electricity
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Naturally has more rigidity strength than any other material
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Maintains its strength and stability at temperatures above 3600°C
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One of the lightest reinforcing agents
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Natural lubricant
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Chemically inert
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High resistance to corrosion
Other minerals
Non-Critical Minerals Present on the Site
The exploitation of the quartzite and marble quarry is part of the first phase. The rock will be mainly intended for civil engineering works, cement plants, and architectural developments. During this phase, only crushing, screening, and classification processes will be carried out.
Laboratory analyses indicate that the rock does not generate acid mine drainage. Furthermore, during the first phase, that is, the operation of the quarry, the rock should undergo only mechanical transformation. The use of chemical products is nonexistent.
Although environmental studies must be conducted before the start of graphite mining operations, there will be no significant impact on the environment resulting from Phase 1.
Zone A is mainly composed of white and grey quartzite, making it a stone of choice for civil engineering works, cement plants, and architectural development.
Versatility and Performance
Our white and grey quartzites represent a durable, high-performing solution that meets the quality standards of the civil engineering and architectural sectors.
White quartzite
Grey quartzite
White quartzite
Renowned for its high purity and natural brilliance, white quartzite is particularly sought after in the industrial sector. Its high silica content makes it an ideal stone for supplying cement plants, contributing to the quality and strength of the cement produced. Its homogeneous texture and hardness ensure optimal performance during processing.
Grey quartzite
Grey quartzite, with its elegant shades and high mechanical strength, is widely used in architectural and urban development. Its sober and modern color integrates perfectly into infrastructure, cladding, and landscaping projects. Its exceptional durability against weathering and wear makes it a reliable material for outdoor structures and contemporary design projects.
History
History of the project
1989
Graphite Montpellier Inc. conducts two drilling campaigns, totaling 36 holes.
2005
Mr. Daniel Déziel acquires 305 acres surrounding most of Lake Lavergne.
2016
CKR (now Gratomic), then holder of the claims, meets with the Municipality of Montpellier and attempts to reach an agreement with Mr. Daniel Déziel regarding the exploitation of his land. No agreement is reached, as Mr. Déziel is not interested in selling to investors from outside Quebec.
2018 to 2023
Mr. Daniel Déziel acquires 305 acres surrounding most of Lake Lavergne.
2024
A drilling program totaling 14 holes was carried out to validate the analysis results of the previous drillings.
2025
An application for a Surface Mineral Substances Mining Lease (BEX) is submitted to the Ministry of Natural Resources and Forests. This application applies only to Mr. Déziel’s private land.