CAJ | 학술논문

根据钢铁企业实际情况，将生产过程分为正常生产和非正常生产，分别建立煤气产耗预测模型。正常生产工况模型使用因果函数分析法计算，非正常生产工况使用启发式标定法并配合自学习功能进行计算。应用数学规划方法建立缓冲用户煤气使用分配模型，该模型可以指导气柜和锅炉间的配合运行，及时给出剩余煤气量的合理分配方案，实现剩余煤气的高效利用，根据缓冲用户的特性使煤气资源利用最大化。最后以某钢铁企业为研究对象，介绍了本系统模型的使用情况，结果表明，利用上述系统模型可以成功消除钢铁企业煤气放散，实现节能环保的生产目标。
근거강철기업실제정황，장생산과정분위정상생산화비정상생산，분별건립매기산모예측모형。정상생산공황모형사용인과함수분석법계산，비정상생산공황사용계발식표정법병배합자학습공능진행계산。응용수학규화방법건립완충용호매기사용분배모형，해모형가이지도기거화과로간적배합운행，급시급출잉여매기량적합리분배방안，실현잉여매기적고효이용，근거완충용호적특성사매기자원이용최대화。최후이모강철기업위연구대상，개소료본계통모형적사용정황，결과표명，이용상술계통모형가이성공소제강철기업매기방산，실현절능배보적생산목표。
According to the practical situation in steel enterprises,the production process is classified into normal and abnormal production.Forecasting models of the gas production /consumption were established. Causal analysis is used for normal production and heuristic demarcate methods matching with self-learning function are used for abnormal production.A gas-allocating model for buffer users was established by using a mathematical programming method. The model can guide the co-operation between gasholders and boilers,and thus reasonably allocate the remained gas and maximize the utilization of the gas according to the characteristics of buffer users.Finally,the model was applied to a steel company,and the results show that gas emission can be successfully eliminated,which achieves the energy-saving production target.