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Título:
Energy-process integration of the gas-cooled/water- cooled fixed-bed reactor network for methanol synthesis
Fecha de publicación:
2013
Forma de obra:
Libros de texto
Producción:
Chemical Engineering Transactions; Vol. 35, 2013
Idioma:
inglés
Nota de edición:
Digitalización realizada por la Biblioteca Virtual del Banco de la República (Colombia)
Autor:
León Garzón, Andrés Ricardo; Bozzano, Giulia; Manenti, Flavio
Materia:
Tecnología; Tecnología / Ingeniería química
Nota general:
© Derechos reservados del autor
Nota general:
Colfuturo
Nota general:
Diseño sistemático a etapas; Energy-process optimization; Síntesis de metanol; Methanol synthesis; Optimización energética y de proceso; Systematic staging design
Nota general:
The paper deals with the techno-economical assessment of the gas-cooled/water-cooled fixed-bed reactor network for methanol synthesis. The study is the extension of the first-principles model for the water-cooled reactor already proposed in our prior work (Manenti et al., 2013).
Here, the optimization is extended to the steam generation and the reactor length ratio. As a result, basing on the integrated optimization of energy and process yield, we propose to significantly revise the common design.
The traditional water/gas-cooling reactor length ratio could be significantly reduced with consequent simultaneous increase in methanol production and steam generation as well, however preserving safety and operational ranges. The economic benefit deriving from the proposed design for a medium-scale process is estimated in more than 1.7 M€/y.
Enlace permanente:
http://www.cervantesvirtual.com/obra/energy-process-integration-of-the-gas-cooledwater-cooled-fixed-bed-reactor-network-for-methanol-synthesis-861038

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