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Activated carbon can be used in fireworks. Activated carbon is mainly used in two aspects in fireworks: one is as a component of pyrotechnic agents, and the other is as a carrier of pyrotechnic agents.
The application of activated carbon in CO2 purification is mainly based on its excellent adsorption properties. Activated carbon consists of carbon with a highly porous structure and has a large specific surface area
As an efficient adsorption material, activated carbon is widely used in the field of gas treatment. Its application is mainly based on the huge surface area and rich pore structure of activated carbon, which makes it have extremely strong adsorption capacity.
Activated carbon is an excellent adsorbent because of its huge specific surface area and developed pore structure, which can selectively adsorb heavy metal ions, especially copper ions.
Activated carbon is widely used in the pharmaceutical field, which includes Drug decolorization, Impurity removal, Catalyst and Drug preservation and stabilization, etc. It is mainly due to its excellent adsorption capacity.
Chlorocarbonylbis(triphenylphosphine)rhodium, with the chemical formula RhCl(CO)(PPh3)2, is an important rhodium complex composed of chlorine, carbon dioxide and bis(triphenylphosphine) ligands.
Activated carbon for pressure swing adsorption is mainly used in industry for gas separation, purification and concentration.
The activated carbon series of water purification mostly uses coconut shell as raw material, and is refined and processed by advanced production technology.
Activated carbon is mainly used to remove organic sulfur and a small amount of hydrogen sulfide. Due to different reaction mechanisms, it can be divided into three methods: adsorption, oxidation and catalysis.
Mercury removal activated carbon refers to the use of a special method to prepare loaded activated carbon with a 10% sulfur loading. Due to the developed pore structure of activated carbon, most of the sulfur is adsorbed and densely distributed in the activated carbon filter pores.
In the beverage industry, the main applications of activated carbon include liquid phase adsorption, decolorization, deodorization, de-altering, evaporation and other functions.
Activated carbon not only has excellent adsorption performance and the pore structure can be controlled within a certain range; it also has good biocompatibility and no toxic side effects.