Advanced Remote Control Architecture Design for a Multiple MAP Plants Interoperation: Promoting Biomass Valorization for a Real Circularity, Zero Waste and Improved Bioeconomy

Laura  Martínez Correa; Mariana  Diaz Márquez; Jerónimo  Salazar Ortiz; Hader Vladimir Martinez Tejada; Yeixon  Quintero Martinez; Diego Alberto Castaño

Advanced Remote Control Architecture Design for a Multiple MAP Plants Interoperation: Promoting Biomass Valorization for a Real Circularity, Zero Waste and Improved Bioeconomy

Laura Martínez Correa (Autor estudiante de pregrado)
, Mariana Diaz Márquez (Autor estudiante de pregrado)
, Jerónimo Salazar Ortiz (Autor estudiante de pregrado)
, Hader Vladimir Martinez Tejada (Asesor)
, Yeixon Quintero Martinez (Asesor)
, Diego Alberto Castaño (Asesor)

Grupo de Investigación sobre Nuevos Materiales - GINUMA

Producción científica: Contribución a una conferencia › Póster › revisión exhaustiva

Idioma original	Inglés
Estado	Publicada - 16 oct 2025
Evento	7th IEEE Colombian Conference on Automatic Control (IEEE CCAC 2025): IEEE CCAC 2025 - Pereira, Pereira, Colombia Duración: 16 oct 2025 → 20 oct 2025 Número de conferencia: 7

Conferencia

Conferencia	7th IEEE Colombian Conference on Automatic Control (IEEE CCAC 2025)
Título abreviado	IEEE CCAC
País/Territorio	Colombia
Ciudad	Pereira
Período	16/10/25 → 20/10/25

ODS de las Naciones Unidas

Este resultado contribuye a los siguientes Objetivos de Desarrollo Sostenible

ODS 12: Producción y consumo responsables

Palabras clave

Microwave-assisted pyrolysis, biochar, cacao biomass, renewable energy, automation, supercapacitors, process control

Tipos de Productos Minciencias

Eventos científicos con componente de apropiación

Citar esto

Martínez Correa, L., Diaz Márquez, M., Salazar Ortiz, J., Martinez Tejada, H. V., Quintero Martinez, Y., & Castaño , D. A. (2025). Advanced Remote Control Architecture Design for a Multiple MAP Plants Interoperation: Promoting Biomass Valorization for a Real Circularity, Zero Waste and Improved Bioeconomy. Sesión de cárteles presentada en 7th IEEE Colombian Conference on Automatic Control (IEEE CCAC 2025), Pereira, Colombia.

Martínez Correa, Laura ; Diaz Márquez, Mariana ; Salazar Ortiz, Jerónimo et al. / Advanced Remote Control Architecture Design for a Multiple MAP Plants Interoperation: Promoting Biomass Valorization for a Real Circularity, Zero Waste and Improved Bioeconomy. Sesión de cárteles presentada en 7th IEEE Colombian Conference on Automatic Control (IEEE CCAC 2025), Pereira, Colombia.

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keywords = "Microwave-assisted pyrolysis, biochar, cacao biomass, renewable energy, automation, supercapacitors, process control",

author = "\{Mart{\'i}nez Correa\}, Laura and \{Diaz M{\'a}rquez\}, Mariana and \{Salazar Ortiz\}, Jer{\'o}nimo and \{Martinez Tejada\}, \{Hader Vladimir\} and \{Quintero Martinez\}, Yeixon and Casta{\~n}o, \{Diego Alberto\}",

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note = " 7th IEEE Colombian Conference on Automatic Control (IEEE CCAC 2025) ; Conference date: 16-10-2025 Through 20-10-2025",

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Martínez Correa, L, Diaz Márquez, M, Salazar Ortiz, J, Martinez Tejada, HV, Quintero Martinez, Y & Castaño , DA 2025, 'Advanced Remote Control Architecture Design for a Multiple MAP Plants Interoperation: Promoting Biomass Valorization for a Real Circularity, Zero Waste and Improved Bioeconomy', 7th IEEE Colombian Conference on Automatic Control (IEEE CCAC 2025), Pereira, Colombia, 16/10/25 - 20/10/25.

Advanced Remote Control Architecture Design for a Multiple MAP Plants Interoperation: Promoting Biomass Valorization for a Real Circularity, Zero Waste and Improved Bioeconomy. / Martínez Correa, Laura (Autor estudiante de pregrado); Diaz Márquez, Mariana (Autor estudiante de pregrado); Salazar Ortiz, Jerónimo (Autor estudiante de pregrado) et al.
2025. Sesión de cárteles presentada en 7th IEEE Colombian Conference on Automatic Control (IEEE CCAC 2025), Pereira, Colombia.

Producción científica: Contribución a una conferencia › Póster › revisión exhaustiva

TY - CONF

T1 - Advanced Remote Control Architecture Design for a Multiple MAP Plants Interoperation: Promoting Biomass Valorization for a Real Circularity, Zero Waste and Improved Bioeconomy

A2 - Martínez Correa, Laura

A2 - Diaz Márquez, Mariana

A2 - Salazar Ortiz, Jerónimo

A2 - Martinez Tejada, Hader Vladimir

A2 - Quintero Martinez, Yeixon

A2 - Castaño , Diego Alberto

N1 - Conference code: 7

PY - 2025/10/16

Y1 - 2025/10/16

KW - Microwave-assisted pyrolysis, biochar, cacao biomass, renewable energy, automation, supercapacitors, process control

M3 - Póster

T2 - 7th IEEE Colombian Conference on Automatic Control (IEEE CCAC 2025)

Y2 - 16 October 2025 through 20 October 2025

ER -

Martínez Correa L, Diaz Márquez M, Salazar Ortiz J, Martinez Tejada HV, Quintero Martinez Y, Castaño DA. Advanced Remote Control Architecture Design for a Multiple MAP Plants Interoperation: Promoting Biomass Valorization for a Real Circularity, Zero Waste and Improved Bioeconomy. 2025. Sesión de cárteles presentada en 7th IEEE Colombian Conference on Automatic Control (IEEE CCAC 2025), Pereira, Colombia.