continuous carbonation

Continuous carbonation decomposition ( CCD) is one of the key procedures in sintering process of alumina production, its decomposition ratio gradient and the last-tank decomposition ratio directly affect the quality and yield of products.

连续碳酸化分解（简称连续碳分）过程是烧结法生产氧化铝的关键工序之一，其分解梯度与末槽分解率直接影响产品的产量和质量。

The software of real-time monitoring system of continuous carbonation decomposition process ( SRMSCCDP) has been developed by using Microsoft Visual C++ 6.0. The closed-cycle control of CO2 electric valve and flow electric valve is realized.

利用Visual c++6.0工具开发了连续碳酸化分解过程实时监控系统，实现了对CO2电动阀门和进料电动阀门的闭环调节。

Studies of the New Technology of Continuous Bubbling Carbonation for Producing Super-fine Calcium Carbonate

生产超细碳酸钙的连续鼓泡碳化新工艺研究

Real-time Safety Monitor System in the Process of Continuous Carbonation Decomposition

连续碳酸化分解过程实时安全监控系统

Therefore, a new type of synthetic intelligent control system is developed by integrating expert system with fuzzy control based on fuzzy asso-ciative memory ( FAM), and can be used in the process of continuous carbonation decomposition. The results of actual runs show the effectiveness.

将专家系统与基于模糊联想记忆（FAM）的模糊控制进行综合决策，设计成一个集成环境的实时智能控制系统，并应用于碳分过程进料量控制中。

Practical results show that it enhances the safety and diminishes accidents in the process of continuous carbonation decomposition.

实际运行表明，该系统提高了整个生产流程运行的安全性，减少了安全事故的发生。

Considering long time delay and strong coupling existed in the process of continuous carbonation decomposition, an intelligent resolution ratio control system is developed. In this system, the membership functions and fuzzy reference rules are optimized by genetic algorithm through training the stable error as objective function.

针对连续碳酸化分解过程具有大滞后、强耦合的特点，建立了分解率模糊智能控制系统，将稳态误差作为目标函数，用遗传算法优化隶属函数参数和模糊推理规则。