Boosting copper recovery and reducing energy consumption through cutting-edge pre-concentration and Prominer’s 15+ years of EPC expertise
We can provide the complete solution for high temperature carbonization treatment system by working together with the top supplier of roller hearth kiln supplier from China and Japan. During the high temperature condition (1200 degree) by electricity, it make the coating material and spherical graphite fused together and the coating material formed a shell to wrapping the spherical graphite. The roller hearth kiln is the best solution for large scale carbonization processing.
Kiln Length: Max. 60 m
Kiln Width: Max. 2 m
Anode materials calcination for lithium batteries: green petroleum coke (GPC coke), green needle coke, calcined petroleum coke (CPC coke), calcined needle coke, coating pitch, natural graphite, and synthetic graphite.
Cathode material sintering for lithium batteries: LiCoO (lithium cobalt oxide), NCM( lithium nickel manganese cobalt), LMO (lithium manganese oxide), LFP (lithium iron phosphate) and NCA (Lithium nickel aluminum cobalt) .
Carbonization treatment before graphitization process can not only avoid excessive temperature during the graphitization process, but also accelerate the thermal decomposition and thermal polycondensation process of asphalt.
Lithium iron phosphate cathode materials are mainly synthesized from the precursors iron phosphate and lithium carbonate through high-temperature solid-state reaction.
Natural graphite anode materials are mainly used in the 3C field, while artificial graphite anode materials are mainly used in EV field.
After adding the carbonization process, the specific surface area was reduced, and the rate performance of the sample was increased.
The calcination temperature affect the lithium carbonate on the material surface and the pH value of the material, and has a certain impact on the tap density and specific surface area of the material.
Coke calcination is a process that involves the heating of green petroleum coke in order to remove volatile material and purify the coke for further processing.
After the carbonization process, the crystal structure of the graphite layers in the artificial graphite anode material becomes more ordered, which actually leads to an increase in the Coulomb efficiency and the capacity of the charge and discharge in the first cycle.
Carbonization refers to the calcination process below 1200°C, and graphitization refers to the high-temperature treatment process close to 3000°C.
Our equipment with the main advantages as below
Driving system by using unique spring clutch and ceramic rollers ensure stable performance.
Automation crucible filling and unloading system ensure clean working environment.
Equipped with high precision material dosing system and temperature control sensor.
High level automation running could save labor and improve the HSE condition.
Fully automation PLC control, One crucible filling and unloading system can serve 3 kilns.
Advance design help to reduce the power consumption.
Prominer can provide the service work as below
Boosting copper recovery and reducing energy consumption through cutting-edge pre-concentration and Prominer’s 15+ years of EPC expertise
Located in Indonesia, this project focuses on the efficient regrinding of nickel ore to enhance mineral upgrading and deep processing. Prominer (Shanghai) Mining Technology Co., Ltd.
Raw Ore: Sulfide Copper Ore (with minor pyrite content) Copper Grade: 1.2% Concentrate Grade 25% Cu
Capacity Target: Increase processing capacity from 500 TPD to 850 TPD in phases without halting production.
Feed Material: Historically Stockpiled Gold Tailings Tailings Gold Grade: 1.5 g/t Target Gold Recovery Rate: 88%
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3000 TPD Gold Flotation Project in Shandong Province
2500TPD Lithium Ore Flotation in Sichuan
Fax: (+86) 021-60870195
Address: No.2555,Xiupu Road, Pudong, Shanghai
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