Cross-belt Online Elemental Analyzer
Cross-belt Online Elemental Analyzer
Lyncis cross-belt online analyzer is a laser-based, radiation-free solution for quantitative analysis of various elements of interest, including the light ones in bulk materials. Analysis is performed directly on the running conveyor belt without sampling and sample preparation, thereby eliminating hard human labor and potential errors.
It's necessary for continuous, automatic real-time process control in the mining and mineral processing industry. Our analyzers help our clients to optimize their technology, reduce consumption of raw materials and add-ons, water and reagents, energy and fuel. As a result, they improve the quality of final products with reduced expenses.
Our cross-belt analyzers are designed for continuous 24/7 long-term operation in real harsh industrial environments, including fine and corrosive dust, high humidity, vibration, temperature variation and so on.
Lyncis analyzers have been used for more than 15 years as proven technology across various industries and countries in Europe, the United Kingdom, the USA, Canada, India, South Korea, Turkey, Brazil, and other countries.
Installation examples
Potash production
Technological Tasks
- Higher recovery of potassium
- Water dosage
- Grade Sorting
- Product Quality Control
Elements of interest
- KCl
- NaCl
- MgO
- CaO
Financial Benefits
- Additional earnings from high-grade fertilizers
- Elimination of quality claims
- Reduced consumption of water
- Reduce energy expences
Production of phosphate fertilisers
Technological Task
- Grade Sorting
- Early removal of dolomite (MgO) impurities
- Minimization of heavy metals in the final product
Elements and parameters of interest
- P₂O₅ / Bone Phosphate Lime (BPL)
- Metal Impurity Ratio (MER)
- Fe₂O₃, Al₂O₃
- MgO
- Insoluble phase
Financial Benefits
- Additional earnings from higher-grade product
- Reduced consumption of flotation additives and water
Coal Power Plants
Technological Task
- Continuous coal quality control
- Optimized coal blending, allowing the plant to use lower-quality coals
- Stable feed to boilers
Controlled parameters
- Ash
- Calorific value
- Moisture
- Volatile matter
Financial Benefits
- Increase of power generation
- Increased efficiency of boiler operation
- Reduced expenses in the generation of electricity
- Reduced expenses for boiler maintenance
Refractories Production
Technological Task
Crushed ore grade sorting
Elements of interest
- MgO
- SiO₂
- CaO
- Fe₂O₃
Financial Benefits
- Additional earnings from high-grade refractories due to the extraction of additional high-quality ore
- Elimination of penalties for off-grade refractories due to rejection of poor-quality magnesite ore
- Reduced expences for fuel and energy
- Reduce CO₂ emission
