Región de Inestabilidad y Optimización de las Condiciones de Producción de Metanol en un Reactor Lurgi
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2016-01-01
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Centro de Informacion Tecnologica
Resumen
In the present work, the operational conditions for methanol synthesis in a Lurgi reactor are analyzed. The industrial data for a packed reactor (consisting of 1620 tubes of 7 m long) are the basis of this study. At first, the industrial reactor is simulated achieving excellent agreement with plant data. Then, the instability region is defined as a boundary in the conversion-temperature diagram and defines the conditions that must be avoided during reactor operation. The optimization of the operational conditions is performed based on the optimal temperature progression from the iso-reaction rate curves. Finally, it was found that the cooling fluid must be at 230 °C and that the heat transfer coefficient must guarantee a value of 118 J/(s.K.m2).
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Heat transfer, Methanol, Optimization, Synthesis gas manufacture, Industrial reactors, Instability analysis, Lurgi reactor, Methanol production, Methanol synthesis, Operational conditions, Simulation, Temperature diagram, Curve fitting