lithium processing equipment
lithium processing plant
BINQ can be a professional lithium processing equipment manufacture in China. It can provides lithium jaw crusher, spodumene crusher, lithium impact crusher, lithium grinding ball mill, lithium Raymond mill, lithium gyratory crusher, portable crusher plant, mobile crusher plant, belt conveyor and vibrating feeder for lithium ore crushing plant and lithium manufacturing process.
Concentration of lithium minerals
Lithium mineral concentrates are produced for testing directly in ceramic or glass applications or as feed material for conversion to lithium chemi- cals. Special attention can also be paid to potential by-products e.g. high puri- ty quartz or feldspar concentrates which may create additional revenue.
The BINQ technical centre is well equipped and experienced to test and evaluate conventional steps of lithium minerals concentration:
- Comminution (Crushing and Grinding)
- Magnetic Separation
- Flotation
Besides the various conventional comminution technologies, selective fragmentation can be acquired rather than crushing and grinding techniques especially suited to coarse grained lithium mineral-bearing pegmatites. A combination of this technology with optical sorting is now able to tested at BINQ when compared with conventional flow sheets, including a statistical evaluation of the liberation of lithium minerals by MLA.
Magnetic separation tests are carried out through the use of wet or dry high gradient magnetic separators. For many pegmatites, tantalum might be concentrated within the magnetic fraction. In conventional processing flow sheets, lithium minerals are further concentrated by flotation e.g. with essential fatty acids.
Conversion of lithium minerals to carbonate
Different processing routes for your conversion of lithium minerals to carbonate might be performed at BINQ. Hydrometallurgical test work includes leaching and purification to high grade lithium carbonate. Special attention pays towards the specific by-products which can be created during leaching and purification.
Static and rotary furnaces at BINQ’s technical centre are employed to test the calcination properties of spodumene ore and to optimise the temperature for that conversion of alpha to beta spodumene.
Besides acid treatment, alternative leaching routes of beta spodumene are able to be tested including pressure leaching which is required if the sodium carbonate route is chosen. Once an optimised route for your specific material is chosen the leaching process may be scaled approximately permit the hydrometallurgical purification steps to become performed, e.g. separation of leached material and precipitation of interfering chemical elements.
lithium processing plant
For that industrial lithium processing equipment manufacture, the mining lithium spodumene or blasted spodumene, needs to be loaded to lithium crushing plant by a heavy truck. Then your lithium ore ought to be transported into lithium jaw crusher, lithium ore impact crusher, lithium ore cone crusher for that primary crusher by belt conveyor. After lithium ore mining process, the dimensions of lithium ore less than 3 inch will be transported into lithium grinding mill or lithium ball mill for grinding. The dimensions of lithium above 3 inch will probably be vibrating and recovery for that second crusher process by vibrating screen. The lithium process will be going on before lithium ore below 3 inch. Throughout the lithium crushing processing the pulverizing lithium ore which isn?¡¥t used at the moment will probably be stockpiled into lithium storage bin.