pretreatment
1) Carrying out laboratory studies of mineral preparation
- Definition of representative and technological sample
- Carrying out and monitoring sampling
- Providing mineral preparation instructions to the laboratory
- Monitoring tests
- Processing lab results
- Summarizing and presenting the initial flowsheet
- Preparing a complete report on mineral preparation studies on a laboratory scale.
2) Conducting pilot mineral preparation studies
- Determining the characteristics of the representative sample
- Monitoring the pilot sample sampling
- Monitoring the pilot test
- Preparation of final flowsheet with mass and energy balance
- Estimation of equipment and facilities required by the factory
- Preparing a complete report on mineral preparation studies on a pilot scale
3)Designing and implementation of pretreatment and leaching lines
- Execution of copper leaching and flotation projects
- Executing optimization projects of leaching and flotation production lines of copper
- Executing capacity increasing plans and developing leaching and flotation lines
- Designing all types of thickeners
4)Design and implementation of granulation lines and Complex Concentration
- Designing, manufacturing and implementing of various machines for grinding and granulating sand and mountain rocks
- Design and manufacture of cuts
- Design and manufacture of separator magnets
- Isolation of iron contaminants from mineral powders
- Complex Concentration of Iron Ore (magnetite and hematite)
5) Removing colored and ferrous impurities from industrial soils
- Removing of silica, kaolin, feldspar and other minerals
6) location allocation of mineral preparation factories and tailing dam of mines
- Examining the geographical location of the factory site in terms of access, transportation distance, topography and weather conditions
- Investigation of infrastructure factors (water, electricity, telecommunications and gas)
- Assessing the location of the factory site from a social perspective (providing skilled and unskilled manpower)
- Investigate the location of the factory site from an environmental perspective
- Preliminary study of the construction site of the factory from a geotechnical perspective
- Summarizing, prioritizing and selecting the location of the factory
- Providing necessary reports and maps
7) Design of non-metallic mineral processing plants
- Design of machines for transmission lines, accumulation and harvesting of materials
- Design of various types of rotary and micron dryers
- Design of ball mills, bar, rotary and roller mills
- Design of advanced air, static and dynamic separators
- Design of advanced air classifiers
- Design of dusting systems
8) Preparation of feasibility studies for pretraetment plant
- Pre-investment studies (opportunity study, pre-feasibility and feasibility study)
- Evaluation and decision making based on technical and economic criteria
- Economic (financial) evaluation according to the standards of world banks
- Economic (financial) evaluation of mineral pretraetment lines
- Evaluating costs and providing a plan to reduce costs
- Market study
- Updating economic-technical evaluation reports