Spray dryers for lithium iron phosphate powder production
Optimize your lithium battery and electric vehicle production with precision-engineered spray drying, ensuring superior particle size distribution and energy recovery for enhanced battery performance and efficiency.
Atomizes and Dries Lithium-Iron Phosphate Powders
The LFP Spray Dryer from Dedert Corporation is designed to meet the rigorous demands of lithium-iron phosphate powder production for electric vehicles and high-capacity batteries. Using sophisticated atomization technology, it delivers precise control over particle size distribution, essential for producing high-energy density batteries. The single-stage spray drying process uses rotary and nozzle atomizers capable of handling varying feed compositions, ensuring uniform drying. Operating continuously at high speeds, the system integrates seamlessly into your production line, employing energy optimization techniques such as waste heat recovery to improve efficiency. Constructed from durable materials for chemical resistance, it supports a wide range of applications in automotive, chemical, and energy industries. Configurable for your specific needs, Dedert provides engineering support to customize atomization features and drying parameters.
Benefits
- Ensures precise particle size for high-energy density battery production, enhancing performance.
- Operates continuously at high speed, maximizing throughput and reducing cycle times.
- Incorporates energy recovery systems, minimizing energy consumption and operational costs.
- Configurable design allows for seamless integration and adaptation to specific production requirements.
- Constructed from chemically resistant materials, suitable for demanding industrial environments.
- Applications
- Grains,Electric vehicles,Chemical,Plant-based protein,Food ingredients,Starch,Batteries,Biofuel,Lithium iron phosphate
- End products
- High-capacity battery materials,Grain-based ingredient powders,Biofuel additives,Plant-based protein powders,Specialty chemicals,Food additive powders,Starch derivatives,Electric vehicle power cells,Lithium iron batteries
- Steps before
- Purification,Grinding,Mixing into liquid slurry
- Steps after
- Cyclone separation,Particle collection,Packing
- Input ingredients
- lithium-based feeds,liquid slurry,electrode materials
- Output ingredients
- fine lithium powder,5-10 microns particle size,fine particles,collective in cyclones or a filter
- Market info
- Dedert is known for its expertise in designing and supplying advanced drying and evaporation technologies, serving the chemical, food, and other processing industries with innovative and efficient engineered-to-order solutions.
- Particle Size
- 5–10 µm
- Automation
- Integration with PLC for process control
- Atomizer Type
- Air Bearing Atomizer / Air Assisted Pressure Nozzle
- Energy Efficiency
- Waste heat and flue gas recovery
- Operation Type
- Single-stage spray drying
- Working Mechanism
- Spray Drying with Atomization
- Batch vs Continuous Operation
- Batch
- Atomizing Technology
- Air Bearing Atomizer / Air Assisted Pressure Nozzle
- Energy Optimization Features
- Waste Heat Recovery / Flue Gas Utilization
- Automation Level
- PLC with Energy Efficiency Monitoring
- Particle Size Control
- 5-10 Microns
- Density/particle size
- 5–10 microns
- Atomizer type
- Air Bearing Atomizer (ABA) / Air Assisted Pressure Nozzle (AAPN)
- Spray chamber design
- Single-stage spray dryer
- Particle size distribution
- 5-10 microns
- Discharge method
- Colletion in cyclones or filter
- Control panel type
- PLC / HMI
- Atomizing Technology
- Air Bearing Atomizer / Air Assisted Pressure Nozzle
- Integration Possibilities
- Energy Optimization / Heat Recovery