UGANDA
- Gold, platinum, niobium, antimony
- Neodymium, praseodymium, dysprosium, and terbium
- Ionic Adsorption Clay (IAC)
TANZANIA
- Neodymium (Nd) and Praseodymium (Pr), lithium, and graphite
- Titanium, cobalt, platinum
KENYA
- Gold, niobium
SOUTH SUDAN
- Gold, nickel, lithium, cobalt, copper, uranium, silica
CONGO RIFT
- Unidentified deposits for further exploration
- Carbonatite, pegmatite deposits, various alluvial placers, lateritic profiles
RWANDA
- Lithium, tin, tungsten, tantalum
- Lithium, zircon, monzanite, xenotime
BURUNDI
- Gold, nickel, cobalt, tin, tantalum
- Neodymium, praseodymium
We offer two options for mining investment: government sharehold and private sharehold. Profit sharing is crucial for successful operations and securities. Today, environmental risk assessments and management plans are essential, which we develop and provide in conjunction with Local Authorities, international, and national laws and requirements.
Furthermore, we provide licensing consultancy and advisory services.
In our network, we provide you with reliable joint venture and investment partners and opportunities.
LOT SALES
In some occasions we can provide you with bulk sales or supply contracts from local mining industries in raw or enriched ore form.
Bastnasites, monazites, xenotimes, loparites, laterite ion-Adsorption clays
Discover potential rare-earth mineral deposits through advanced geological surveys and remote sensing techniques.
Approach:
Geological Survey: Conduct detailed field surveys to assess land formations.
Remote Sensing Analysis: Utilize satellite data to identify potential mineral deposits.
Sample Collection: Gather soil and rock samples for analysis.
Laboratory Testing: Analyze samples to determine mineral composition.
Drilling Operations
Execute drilling operations to extract core samples and assess mineral content for further evaluation.
Approach:
Site Preparation: Clear area and set up drilling equipment.
Core Drilling: Drill into the earth to extract core samples.
Sample Logging: Record geological information of extracted cores.
Transportation: Transport core samples to the laboratory for analysis.
Ore Processing
Extract rare-earth minerals from raw ore through crushing, grinding, and chemical processing techniques.
Approach:
Crushing: Break down large ore chunks into smaller pieces.
Grinding: Further reduce the size of ore particles for processing.
Chemical Extraction: Apply chemical solutions to extract rare-earth elements.
Filtration: Separate extracted minerals from residual material.
Tailings Management
Implement environmentally friendly methods to store and manage waste materials generated during the extraction process.
Approach:
Tailings Disposal: Select appropriate disposal sites for waste materials.
Containment Structures: Construct secure containment structures to prevent leakage.
Monitoring System: Implement monitoring systems to track environmental impact.
Reclamation Planning: Implement monitoring systems to track environmental impact.
Quality Control Analysis
Conduct rigorous quality control tests to ensure extracted rare-earth minerals meet industry standards and specifications.
Approach:
Chemical Analysis: Analyze mineral composition using advanced chemical techniques.
Purity Testing: Assess the purity levels of rare-earth elements.
Physical Properties: Evaluate physical properties of extracted minerals.
Certificate Issuance: Provide certificates confirming mineral quality.
Logistics and Transportation
Arrange efficient transportation of extracted rare-earth minerals from mining sites to processing facilities or clients' destinations.
Approach:
Transport Planning: Develop logistics plans for mineral transportation.
Fleet Management: Maintain and manage transportation fleet.
Route Optimization: Optimize transportation routes for cost-efficiency.
Delivery Tracking: Monitor mineral delivery status for timely arrivals.
