Site Investigations

1. Detailed Investigation: We conduct comprehensive site investigations to understand subsurface conditions, including soil, rock, and groundwater characteristics.
2. Sampling and Testing: We utilize various sampling techniques and laboratory testing to analyze soil and rock properties to ensure accurate data for design and construction.
3. Geological Mapping: We produce detailed geological maps and cross-sections to visualize subsurface conditions and guide engineering decisions.

Geotechnical Modelling

1. Numerical Modeling: We utilize advanced software to create geotechnical models that simulate ground behavior under various conditions.
2. Risk Assessment: Assess potential risks such as ground movement, subsidence, and stability issues.
3. Design Optimization: We offer recommendations to optimize designs and mitigate potential geotechnical challenges.

Slope Stability Analysis

1. Stability Assessments: We analyze the stability of slopes and embankments to prevent failures and ensure safety.
2. Remedial Measures: We recommend ground stabilization techniques such as retaining walls, soil nails, anchors, etc.
3. Monitoring: We install monitoring systems (e.g., slope radar, geophones) to track slope movement and stability over time.

Ground Control and Support Design

1. Stability Analysis: Analyze ground stability to determine appropriate control measures and support systems.
2. Underground Support Systems:

• We conduct rock mechanics studies to understand rock behavior and design effective support systems.
• Designing systems like rock bolts, shotcrete, and mesh to ensure underground mine stability.

3. Seismicity and Ground Monitoring: We install systems to detect and manage seismic activity in mining environments.

Mine Design and Planning

1. Pit Design: Develop optimal pit designs considering geology, economics, and safety.
2. Underground Layouts: We plan and design underground mine layouts, including access drives, stops, and ore handling systems.
3. Operational Planning: We provide recommendations for mine scheduling, equipment selection, and resource management.

Mine Feasibility Studies

1. Preliminary Feasibility Study (PFS):

• Initial Assessments: Conduct preliminary assessments of the project's technical and economic feasibility.
• Early-Stage Analysis: Provide initial estimates of costs, revenues, and resource potential.
• Feasibility Screening: Screen project viability based on preliminary data and assumptions.

2. Pre-feasibility Study (PFS):

• Detailed Investigations: Perform more detailed investigations and analyses to refine project plans.
• Economic Models: Develop comprehensive economic models to assess profitability and financial viability.
• Engineering Reviews: Conduct detailed engineering reviews and design studies to support project development.

3. Definitive Feasibility Study (DFS):

• Finalization: Finalize all aspects of the project’s technical and financial plans.
• Detailed Costing: Provide accurate cost estimates and financial projections.
• Compliance Checks: Ensure compliance with all regulatory and environmental requirements.

4. Bankable Feasibility Study (BFS):

• Investment-Ready Documentation: Prepare documentation that meets the requirements of investors and financial institutions.
• Risk Management: Conduct thorough risk assessments and develop management strategies.
• Funding Support: Assist with securing project financing through detailed financial and technical reports.