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碳量系数是氯化炉物料平衡计算的主要参数之一,碳量系数的变化,必然引起氯化炉物料平衡计算方法的变化。碳量系数变化后氯化炉的物料平衡如何计算,是当前生产、设计和科研中需要讨论的现实问题;也是改善我国现行颗粒氯化生产的必要条件。为此,本文将根据在氯化反应的温度范围内理论碳量系数是一个变量的原理,对菱镁矿颗粒氯化生产无水氯化镁的物料平衡计算进行讨论。
The carbon quantity coefficient is one of the main parameters of the chlorination furnace material balance calculation. The change of the carbon quantity coefficient will inevitably lead to the change of the chlorination furnace material balance calculation method. How to calculate the material balance of chlorination furnace after the change of carbon quantity coefficient is the realistic problem that needs to be discussed in current production, design and research. It is also the necessary condition to improve the current particle chlorination production in our country. Therefore, this article will be based on the principle of carbon content in the temperature range of chlorination reaction is a variable principle, the magnesite magnesium chloride production of anhydrous magnesium chloride material balance calculation is discussed.