Modelación de barreras energéticas para la transición industrial en la Economía Circular

• Fernando Lámbarry-Vilchis Instituto Politécnico Nacional. Ciudad de México, México. https://orcid.org/0000-0002-0216-1647
• Juan Carlos Moreno-Jiménez Investigador independiente. Ciudad de México, México. https://orcid.org/0000-0003-4766-3605

DOI: https://doi.org/10.46925//rdluz.40.09

Palabras clave: Transición en la circularidad energética, barreras transitivas energéticas, economía circular industrial, ISM-MICMAC circularidad energética

Resumen

Los sistemas industriales de producción mientras agotan las existencias de materiales, liberan emisiones en formas que la naturaleza no puede asimilar, para solventar esta situación una incipiente alternativa es transitar a un modelo de Economía Circular en el que los procesos industriales optimicen sus flujos energéticos y se sustituya la demanda y participación de energías fósiles por renovables, situación que ha presentado barreras que aún no se entienden del todo y que han obstaculizado su adopción. Es por ello que, el objetivo de esta investigación consistió en modelar las barreras energéticas, a través del Modelado Estructural Interpretativo y la Matriz de Impacto Cruzado-Multiplicación Aplicada a la Clasificación. Se concluye que las barreras y sus interrelaciones prioritarias se orienten a lo político-regulatorio, por lo que se sugiere promover un marco jurídico fundamentado en las mejores prácticas internacionales para fomentar la transición a la circularidad energética.

Citas

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