Preparation Technology of Low Iron and Low Chlorine Activated Carbon

Abstract

The application discloses a preparation process of low-iron and low-chlorine activated carbon. The preparation process of the low-iron and low-chlorine activated carbon, its specific steps are as follows: (1), selection of raw materials; (2), pickling; (3), one-time rinsing; (4), removal of impurity ions; (5), two (6) drying; (7) secondary iron removal. The low-iron and low-chlorine activated carbon prepared by the low-iron and low-chlorine activated carbon has high strength, strong adsorption capacity, large adsorption capacity, less ash content, fast adsorption rate, no obvious cracks on the surface, and the manufactured products are extremely durable in water. Low iron and chlorine precipitation can be widely used in the field of electronics, as activated carbon for reuse water treatment.

Description

technical field [0001] The invention relates to the technical field of water recycling, in particular to a preparation process of low-iron and low-chlorine activated carbon. Background technique [0002] Activated carbon is a porous and highly potential carbon-containing adsorption material with a highly developed internal pore structure and a huge specific surface area. It is not only an excellent adsorbent, but also widely used in industrial production, agriculture, catalyst carrier, environment Protection, national defense, gas separation, storage, water purification, decolorization of pharmaceutical intermediates and raw material intermediates, air purification and many other fields are gradually connected with hydrogen storage, membrane separation, chemical separation, analytical sensors and physical bodies; In the preparation process, the influence of raw material differences on the subsequent process and the performance of the finished product was not considered, and ...

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Problems solved by technology

[0002] Activated carbon is a kind of porous carbon-containing adsorption material with great potential. It has a highly developed internal pore structure and a huge specific surface area. It is not only an excellent adsorbent, but also widely used in industrial production, agriculture, catalyst carrier, environment Protection, national defense, gas separation, storage, water purification, decolorization of pharmaceutical intermediates and raw material intermediates, air purification and many other fields are gradually connected with hydrogen storage, membrane separation, chemical separation, analytical sensors and physical bodies; In the preparation process, the influence of raw material differences on the subsequent process and the performance of the finished product was not considered, and at the same time, the dissolution of impurities in the activated carbon raw material was not continuously accelerated, resulting in excessive iron and chlorine in the prepared activated carbon, which could not be applied to the reuse water treatment in the electronic field