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Simulation, calculation and possibilities of energy saving in spray drying process

机译:喷雾干燥过程的节能模拟,计算和可能性

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In this work some possibilities to improve the conventional spray drying process using programming in Excel as a calculation tool have been presented. The program gives a simple description of the drying process using thermodynamic calculations of heat and mass balance. Using the program it is possible to reduce operating costs and to improve capacity per unit of drying equipment. The minimization of energy consumption during the drying operating can be achieved by recycling exhaust air. The maximum theoretical range of recirculation is 60%. The fuel oil saving rate depends linearly on the rate of recirculation, and the theoretical maximum fuel oil saving is approximately 14%. Ecological issues were also considered as well, since decreased fuel consumption lowers harmful gas emission to the environment. All necessary data are represented in the process flow sheet, which is used for a better understanding of the drying process optimisation.
机译:在这项工作中,提出了一些使用Excel编程作为计算工具来改善常规喷雾干燥工艺的可能性。该程序使用热量和质量平衡的热力学计算来简单描​​述干燥过程。使用该程序可以降低运行成本并提高干燥设备的单位容量。干燥操作过程中的能耗最小化可以通过回收废气来实现。再循环的最大理论范围是60%。燃油节省率与再循环率成线性关系,理论上最大燃油节省率约为14%。还考虑了生态问题,因为减少的燃料消耗降低了对环境的有害气体排放。所有必要的数据均在过程流程图中表示,该表用于更好地了解干燥过程的优化。

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