The first step of cyanide removal furnace is to treat cyanide. Methods for treating cyanide include oxidation, precipitation, adsorption and so on. Through these methods, cyanide is converted into a more stable compound for the next step of destruction treatment.
Author: Anna
The principle of the cyanide removal furnace consists of three main steps: treatment, destruction and post-treatment of cyanide.
Treatment of Cyanide
The first step of cyanide removal furnace is to treat cyanide. Methods for treating cyanide include oxidation, precipitation, adsorption and so on. Through these methods, cyanide is converted into a more stable compound for the next step of destruction treatment.
Destruction of cyanide
The treated cyanide is fed into the second step of the cyanide removal furnace, the direct destruction step. In this step, the cyanide is destroyed under high temperatures and pressures and converted to a harmless substance. This step is usually carried out at high temperatures and pressures, which is why cyanide removal furnaces are also known as high pressure, high temperature cyanide breakers.
Post-treatment
The third step of the radon removal furnace is post-treatment. Although cyanide has been broken down into harmless substances in the first two steps, some harmful gases will still be produced during the treatment process. These gases need to be post-treated to prevent them from causing harm to the environment. The methods of post-treatment include adsorption, oxidation and catalytic methods.
Application Scenarios and Effects of Radon Removal Furnace
Radon removal furnace is widely used in electronics, electroplating, hardware and other industries, which can effectively remove cyanide produced during the production process and make the production process safer. Its working principle is based on redox reaction, which destroys cyanide ions through chemical reaction to remove cyanide. Due to its high efficiency and safety, the radon removal furnace is widely used in these industries