Biomass activated carbon-containing mask preparation system and preparation method thereof
A technology of activated carbon and biomass, which is used in medical preparations containing active ingredients, preparation of microspheres, preparations for skin care, etc., which can solve the problems of insufficient gas purging, inability of continuous operation of tube furnaces, and uneven pore size distribution. , to achieve the effect of removing heavy metal substances, avoiding dry and sensitive skin, and uniform pore size distribution.
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Embodiment 1
[0037] 1. Preparation of activated carbon from coffee grounds biomass:
[0038] (a) First dry the coffee grounds at 80°C for 45 hours, fill them in the material frame 504, and place the material basket 504 with the coffee grounds in the tube furnace 5. Simultaneously pass forward current to the annular inductive coil 505, so that the airtight magnet 506 below it is closely attracted to the annular inductive coil 505, ensuring the airtightness of the device. At this time, the second ring magnet 503 above the material basket 504, the first ring magnet 502 and the induction coil 505 have a repulsive force, and rise to the upper end of the tube furnace 5 under the repulsive force. Nitrogen was passed through the nitrogen gas inlet 104 into the tube furnace 5, and the heating rate was set to 1 °C / min. After the temperature rose to 450 °C, the temperature was maintained, and carbonization was carried out for 1 hour to obtain a carbonized product.
[0039] (b) activating the charred...
Embodiment 2
[0059] 1. Preparation of activated carbon from coffee grounds biomass:
[0060] (a) First dry the coffee grounds at 85°C for 45 hours, fill them in the material frame 504, and place the material basket 504 with the coffee grounds in the tube furnace 5. Simultaneously pass forward current to the annular inductive coil 505, so that the airtight magnet 506 below it is closely attracted to the annular inductive coil 505, ensuring the airtightness of the device. At this time, the second ring magnet 503 above the material basket 504, the first ring magnet 502 and the induction coil 505 have a repulsive force, and rise to the upper end of the tube furnace 5 under the repulsive force. Nitrogen was passed through the nitrogen gas inlet 104 into the tube furnace 5, and the heating rate was set to 1 °C / min. After the temperature rose to 450 °C, the temperature was maintained, and carbonization was carried out for 1 hour to obtain a carbonized product.
[0061] (b) activating the charred...
Embodiment 3
[0081] 1. Preparation of activated carbon from coffee grounds biomass:
[0082] (a) First dry the coffee grounds at 90°C for 48 hours, fill them in the material frame 504, and place the material basket 504 with the coffee grounds in the tube furnace 5. Simultaneously pass forward current to the annular inductive coil 505, so that the airtight magnet 506 below it is closely attracted to the annular inductive coil 505, ensuring the airtightness of the device. At this time, the second ring magnet 503 above the material basket 504, the first ring magnet 502 and the induction coil 505 have a repulsive force, and rise to the upper end of the tube furnace 5 under the repulsive force. Nitrogen was passed into the tube furnace 5 through the nitrogen gas inlet 104, and the heating rate was set to 1°C / min. After the temperature rose to 500°C, the temperature was maintained, and carbonization was carried out for 1 hour to obtain a carbonized product.
[0083] (b) activating the charred p...
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