The oxidative combustion method is an efficient chemical processing technique used to remove the carbon carrier in ruthenium carbon materials. The essence of this method lies in the reaction of oxygen with carbon at high temperatures, oxidizing the carbon carrier into carbon dioxide and water vapor. The high temperature not only accelerates the oxidation reaction of carbon but also helps to minimize the loss of ruthenium.
During the oxidative combustion process, the ruthenium carbon material is first placed in an oxidation furnace. The material is then gradually heated to approximately 900°C, a temperature that effectively promotes the reaction between carbon and oxygen without damaging the ruthenium metal component. A key aspect of ruthenium carbon recovery is maintaining a stable temperature until the carbon is completely oxidized, a process that takes several hours.
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Throughout the ruthenium carbon recovery process, continuous monitoring of the oxygen flow and the temperature of the reaction chamber is necessary to ensure the efficiency and completeness of the oxidation reaction. To optimize the entire carbon carrier oxidative combustion process, we continually improve the design of the oxidation furnace to ensure uniform temperature distribution and effective oxygen supply.
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Adjustments are made to the reaction's temperature, duration, and oxygen flow conditions to achieve the most efficient carbon removal and the least ruthenium loss. Additionally, catalysts are added during the ruthenium carbon recovery process to lower the required reaction temperature, thereby reducing energy consumption.文章源自平泽贵金属回收公司 www.51gjs.comPINGZE Precious Metals Recycling-https://en.51gjs.com/47112.html 文章源自平泽贵金属回收公司 www.51gjs.comPINGZE Precious Metals Recycling-https://en.51gjs.com/47112.html
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