Summary of questions: Concern over the operations of an open pit mine and achieving social acceptability.

From the outset, Lomiko has chosen more responsible options to reduce its environmental impact, even if they are more expensive.

The site’s footprint will be limited, notably through the gradual backfilling of the pits. The goal is to restore the site to an equal or better condition after closure.

We remain attentive to the concerns of the local population and wish to work with the community to improve the project at every stage.

Summary of questions: Impact of the La Loutre project on the value of the properties surrounding the proposed project footprint, as well as occupants living conditions.

We understand that the value of your property and your quality of life are important.

An independent assessment will be conducted to analyze the actual impacts of the project. Measures will be implemented to minimize disruptions (noise, dust, visual impact).

In some cases, similar projects have even helped boost the local economy and property values.

Summary of questions: General concerns around environmental impacts, infrastructure and buildings, including impact on forestry, flora and fauna, use of chemicals and contaminants during the processing operations. What are the current plans for restoration and remediation of the site of La Loutre?

Environmental protection is central to the project. All stages will be subject to detailed studies, including water, wildlife, vegetation, and infrastructure.

Site restoration will be phased in from the outset and fully funded by the company.

The goal is to return the site to a comparable or improved state after closure, in collaboration with local communities.

The preliminary closure concept is are further detailed in section 20 of the PEA which you can find here:

https://lomiko.com/wp-content/uploads/2021/09/PEA-La-Loutre-2021-09-10.pdf

Fact Sheet on Methyl Isobutyl Carbinol (MICB):

https://lomiko.com/wp-content/uploads/2024/09/MICB-MSDS-Data-Sheet.pdf 

Summary of questions: Concerns around maintaining the quality of the water sources surrounding the communities, including the lakes, rivers, and water tables. Maintaining the quality of drinking water. Protection of all the surrounding wetlands. Control of run-off water and over-flowing of rainwater and ice-melt. Use of water on the site, during construction, and operations.

Water protection is a priority. The project includes a closed-loop system, limiting discharges into the environment.

As an example, and consistent with innovative mining projects, the La Loutre project will not have any conventional tailings storage facilities. We have developed an environmentally focused solution in a co-disposal waste system for both mill tailings and mine waste rock. For more information on these systems please visit: https://lomiko.com/wp-content/uploads/2021/09/PEA-La-Loutre-2021-09-10.pdf

The water will be collected, treated as needed, and continuously monitored. Scientific models will be used to ensure there is no impact on lakes, rivers, or groundwater.

All environmental standards will be met, and additional measures will be implemented as required.

For more information on the protection and maintenance of the wetlands:  “directive 019” in Québec details the design parameters for waste and contact water collection pond:  https://www.environnement.gouv.qc.ca/milieu_ind/directive019/

For more information and examples of closed and reclaimed mines some examples are found here:

Please see: https://www.edenproject.com/

Also see: https://www.youtube.com/watch?v=T6V2bKPNqOI

And: https://www.teck.com/operations/canada/legacy/sullivan-mine/

Further details for the water management for the Project can also be located at sections 18.7.1 and 20.2 of the PEA available here:

https://lomiko.com/wp-content/uploads/2021/09/PEA-La-Loutre-2021-09-10.pdf

Summary of questions: Concerns about the hours of operation, the amount of truck and vehicle traffic, dust created by the operations as well as concerns on visual “pollution” caused by the physical site, particularly at Lac Doré and the Duhamel municipality. Noise level of the operations, from construction through to operations, including blasting activities.

We will implement measures to minimize noise, dust, and visual impact.

Detailed studies will be conducted, and modern technologies (such as electrical equipment) will be used to limit disruptions.

The site will be designed to blend into the landscape, and visible areas will be restored progressively.

For more information: please see the following readings, issued by the Québec Department of the Environment:

http://www.environnement.gouv.qc.ca/air/atmosphere/guide-mod-dispersion.pdf

http://www.environnement.gouv.qc.ca/air/atmosphere/guide-mod-dispersion.pdf

http://www.environnement.gouv.qc.ca/air/criteres/secteur_minier.pdf

http://www.environnement.gouv.qc.ca/air/criteres/Formulaire-Devis-de-modelisation.doc

Summary of questions: Impact of the project on those groups and/or associations currently “active” and using/sharing the same surface rights as those Lomiko holds for La Loutre.

We wish to coexist with the current users of the territory (outdoor activities, hunting, outfitters, etc.).

Activities will be able to continue outside mining areas, while respecting safety regulations.

We will work with local groups to understand their needs and promote the maintenance—and even the development—of these uses.

Summary of questions: Will the current footprint of the La Loutre project expand from where it sits currently.

For the time being, no expansion of the footprint is planned.

Work is focused on the concessions already identified. Any potential expansion would require further studies and collaboration with the communities.

Summary of the questions: What impact will the operations have, including the graphite extraction process used by the La Loutre project, on the environment, the grounds and more generally on the surrounding communities?

The project is designed to minimize environmental impacts and ensure the safety of communities and wildlife.

The graphite will be processed by flotation, a proven method using a small amount of reagents. No traditional tailings ponds are planned, thus reducing environmental risks.

The entire process and agents used for processing are further detailed in section 17.3 of the PEA which you can find here:

https://lomiko.com/wp-content/uploads/2021/09/PEA-La-Loutre-2021-09-10.pdf

The site will be secured and gradually restored to a state close to its natural condition.

Summary of questions: What are the types and numbers of jobs created by the Project, what qualifications will be required. Impact of the project on existing businesses and on current recreation and tourist eco-friendly activities.

The project will create local jobs, both during construction and operation.

A variety of positions will be offered, and training programs may be implemented to encourage local hiring.

The project will also generate economic benefits for businesses and services in the region, in addition to supporting the development of an economy linked to critical minerals.

Summary of the questions: Ensuring that all information resulting from Lomiko’s studies and reports are made available to the public.

All reports will be made public, in French and English, in accordance with government requirements.

We will maintain transparent communication with the community and remain available to answer questions at any time.

For more information, please reach out to the Lomiko team at info@lomiko.com.

Summary of questions: Ability of the Lomiko team to develop, operate and finance the La Loutre graphite project. Longevity of the organization and operations. Lobbying activities. Compatibility of developing renewable energy with Québec critical minerals and protecting the environment and the “green eco-system”.

The Lomiko team has extensive experience in developing and operating mining projects.

The company is committed to working responsibly, in collaboration with communities and First Nations.

Its goal is to contribute to the energy transition by developing critical minerals while respecting the environment.