Delve into our comprehensive
Pre-Feasibility and
Feasibility Studies
where we employ rigorous analysis and innovative tools to evaluate the viability and economic potential of your mining project.
This phase ensures a practical, cost-effective, and environmentally responsible approach to your mining endeavor.
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How K-MINE Helps During
Pre/Feasibility Study
Finding the final contours of a quarry based on economic indicators
Estimate the size, grade, and extent of mineral resources using a combination of data from exploration, sampling and drilling
Determine the technical and economic viability of the project including amore detailed assessment of the resource estimate, mining methods, infrastructure requirements, and environmental considerations
Assess the reserves/resources of mineral materials
During the Pre-Feasibility/Feasibility stages, K-Mine will help you determine the technical and economic feasibility of extracting minerals from a particular deposit.
By using K-Mine you can evaluate whether a mining project is worth further investment and development.
Related Modules
K-MINE is a stand-alone application that covers most operational needs in the mining industry. Leveraging capabilities such as 3D modeling, resource estimation, and equipment management, K-MINE is widely used by companies of different sizes for open pit and underground mining. More than 5,000 surveyors, geologists, mining engineers, designers, and technicians utilize K-MINE modules and their solutions daily.
PFS/FS Services
We also provide consulting services for Pre-feasibility and
Feasibility Studies and many of our experts are leaders in their fields.
- Analyze geological data and previous research to assess the site’s potential for exploration and reserve growth.
- Conduct audits of existing geological and historical data, including maps, reports, and other available information.
- Develop a preliminary project description outlining the scope and objectives.
- Evaluate the quantity and quality of minerals in the deposit.
- Comply with international standards including CRIRSCO, JORC, NI 43-101, and PERC.
- Evaluate the potential viability of the mining project.
- Identify potential challenges and risks.
- Conduct a detailed study assessing technical and financial feasibility.
- This includes resource estimation, mine planning, testing, and cost analysis.
- Zone the open pit field to define mining areas.
- Design the opening system and develop productivity schedules.
- Develop road and infrastructure designs.
- Create an economic model including capital and operating costs.
- Plan the payback period and evaluate financial indicators such as NPV and IRR.
- Assess procurement and construction planning.
- Determine optimal mining limits considering economic criteria.
- Design the configuration of the open pit for maximum efficiency.
- Develop pit phasing and scheduling to maximize NPV.
- Design efficient underground mine layouts and extraction sequences.
- Optimize operations for safety, production rates, and costs.
- Assess the environmental impacts and ensure compliance with regulations.
- Develop strategies for minimizing environmental footprint.
- Develop a comprehensive plan for the implementation of the mining project.
- Include detailed planning, scheduling, and resource allocation.
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