Dasa Uranium Mine

Completed for Global Atomic Corporation, the Dasa Uranium Mine project demonstrates MineFill’s expertise in feasibility studies, system integration and paste backfill design for complex underground mining operations.

Project Details

Client:

Global Atomic Corporation

Location:

West Africa

Scope:

Paste Backfill Feasibility Study

Duration:

6 Months

Budget:

US$120,000

Project Overview

A paste backfill feasibility study for the Dasa Uranium Mine

In 2022, MineFill Services completed a paste backfill feasibility study for the Dasa Uranium Mine in West Africa on behalf of Global Atomic Corporation.

The study involved a comprehensive review of previous technical reports and assessments to develop a suitable paste backfill strategy for the operation. MineFill evaluated mining methods, paste testwork requirements, paste plant design and underground reticulation infrastructure to establish an integrated backfill solution.

The feasibility study considered both surface and underground system requirements, ensuring seamless integration with the broader mine and process plant design. The resulting work provided the technical framework required to support future project development and operational planning.

End-to-End Assessment

Surface and underground systems reviewed

Project duration
0 months

US$120k

Project budget

MineFill delivered a comprehensive paste backfill feasibility study, including plant design, reticulation assessment and system integration planning.

Project Details

The Dasa Uranium Mine required a backfill solution that could be effectively integrated into the broader mine development strategy. The project demanded a detailed assessment of mining methods, paste plant infrastructure and underground reticulation requirements while ensuring compatibility with planned processing facilities.

MineFill undertook a detailed review of previous technical studies and completed a feasibility assessment covering all aspects of the proposed paste backfill system. This included evaluation of paste testwork requirements, surface plant design, underground reticulation infrastructure and system integration across the mining operation.

The completed study established a practical pathway for implementing paste backfill at the Dasa Uranium Mine. The work provided key engineering recommendations, design criteria and integration strategies to support future project development and investment decisions.

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