Continuous graphite PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC field Iron removal has the following advantages: higher utilization of heat energy (25% continuous method, 10-15% Acheson method). Production materials saving, continuous method almost does not consume accessories, Acheson method does not produce 1 ton of products consume about 4 tons of accessories. Low carbon emissions, the equipment method is only 25% of the carbon equivalent of the Acheson method. Centralized waste gas treatment, friendly to the environment, the continuous production process is closed, and the waste gas is collected and treated by a special auxiliary machine, and the Acheson method is an open smelting environment, which cannot effectively collect waste gas.
Continuous PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC field production organization mode has continuity, intermediate products "do not land", saving a lot of manpower, transportation operating costs. At present, the average power consumption of the mainstream Acheson method in the industry is 8000-14000 degrees/ton, and the power consumption of the continuous method is reduced by about 30% than that of the traditional Acheson method, and the auxiliary materials are greatly reduced, the production capacity and efficiency have been greatly improved, the energy consumption is greatly reduced, and the emission of harmful gases is greatly reduced.
At present, the continuous graphite PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC process is relatively immature, the temperature rise to more than 2800 degrees is relatively difficult, and because of its production process closed impurity gasification is easy to make the pressure in the furnace is too high, with the development and popularization of process technology, In the future, continuous graphitization will become the most mainstream technical route.
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