Real-time process optimization in the production of fertilizers
Lyncis has a wide experience in providing industrial online LIBS analyzers for producers of Phosphate and Potash fertilizers and helping them to save on production costs and ensure the quality of final products in accordance with the contract specifications. Depending on the type of fertilizer, our analyzers can be successfully used for multi-elemental analysis (for example, MgO, Fe2O3, Al2O3, CaO, P2O5, BPL, etc. in phosphates and KCl, NaCl, insolubles in potash) at various stages of production (feed, concentrate, final product) and applications (conveyor belts and pipes). Continuous impurity control and their early removal are of great importance in the processing of phosphate and potash minerals as this leads to cost-effective production with significantly reduced consumption of water, energy, reagents. Our level of expertise and competence in potash and phosphate applications will enable us to provide you with a cost-effective and reliable solution for safe and accurate online measurements.
Read how one of potash producers managed to stay ahead of the competition by implementing real-time production process control
Read how a fertilizer producer improved phosphate recovery and maximized the grade of the final product
Read a review on the application of online LIBS analyzers for the analysis of various fertilizers
Examples of installation
• Online elemental analysis and rejection of waste rocks at earlier stages (online measurement of MgO, Fe2O3, Al2O3, CaO, P2O5, BPL, etc. in phosphates and KCl, NaCl, insolubles in potash)
• Brine quality control
• Adding water and flotation reagents based on continuous quality monitoring of material streams without waiting for time-consuming laboratory analysis
• Quality control of the final product (potash standard and granular product, phosphate fertilizers, etc.) to meet the contract specifications.
Your benefits with MAYA Online analyzers
• Improved P2O5 recovery
• Higher profits for higher grade products
• Reduced consumption of water, energy and flotation reagents
• Cost effective production due to real-time analysis of material streams on conveyor belts or in pipes without any radioactive sources
• Reduced penalties due to strong conformity with the contract
• Eliminated human errors and reduced costs for laboratory analysis