A kind of wood columnar activated carbon production process
A technology for activated carbon production and powdered activated carbon, which is applied in the chemical industry, climate sustainability, sustainable manufacturing/processing, etc. It can solve the problems of poor adsorption quality and low strength of columnar activated carbon, achieve high quality, save production resources, The effect of saving resources
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Embodiment 1
[0022] Select 100kg of high-quality food-grade powdered activated carbon; weigh 3kg of lignin, 5kg of carboxymethyl cellulose, 0.2kg of clay, and 1.8kg of bentonite, and mix them evenly to make a binder; add 70kg of water to dilute the dry humidity of the powdered activated carbon. , fully and evenly bonded with the prepared adhesive to make an activated carbon mixture for use; extrude the activated carbon mixture into a column at 300°C and a hydraulic pressure of 315 tons; send the formed columnar activated carbon into the drying furnace, After the temperature is controlled at 80°C for sufficient drying, it is sent to a carbon activation furnace for carbonization, activation and solidification at 800°C; the obtained columnar activated carbon product is tested, and the test results are: iodine value adsorption value 1012mg / g, methylene blue adsorption value 15.3 ml / 0.1g, carbon tetrachloride adsorption value 82%, caramel decolorization rate 100%, qualified products are screened...
Embodiment 2
[0024] Select 100kg of high-quality food-grade powdered activated carbon; weigh 7kg of lignin, 1kg of carboxymethyl cellulose, 0.8kg of clay, and 1.2kg of bentonite, and mix them evenly to make a binder; add 38kg of water to dilute the dry humidity of the powdered activated carbon. , fully and evenly bonded with the prepared adhesive to make an activated carbon mixture for use; extrude the activated carbon mixture into a column at 300°C and 400 tons of hydraulic pressure; send the formed columnar activated carbon into the drying furnace, After the temperature is controlled at 100°C for sufficient drying, it is sent to a carbon activation furnace for carbonization, activation and solidification at 800°C; the obtained columnar activated carbon product is tested, and the test results are: iodine value adsorption value 1050mg / g, methylene blue adsorption value 16.3 ml / 0.1g, carbon tetrachloride adsorption value 90%, caramel decolorization rate 100%, qualified products are screened ...
Embodiment 3
[0026] Select 100kg of high-quality food-grade powdered activated carbon; weigh 5kg of lignin, 3.5kg of carboxymethyl cellulose, 0.5kg of clay, and 1.0kg of bentonite, and mix them evenly to make a binder; add 30kg of water to dilute the dry powdered activated carbon. Humidity, fully and evenly bonded with the prepared adhesive, and made into activated carbon mixture for use; extrude the activated carbon mixture into a column at 200 ° C and 400 tons of hydraulic pressure; send the formed columnar activated carbon into the drying furnace , the temperature is controlled at 120°C for sufficient drying, and then sent to the carbon activation furnace for carbonization, activation and solidification at 800°C; the obtained columnar activated carbon finished product is tested, and the test results are: iodine value adsorption value 1123mg / g, methylene blue adsorption value 15.9ml / 0.1g, carbon tetrachloride adsorption value 87%, caramel decolorization rate 100%, qualified products are s...
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Abstract
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