Diego Venegas | LPG systems | Best Researcher Award

Dr. Diego Venegas, LPG systems, Best Researcher Award

Doctorate at Bio-Bio University, Chile

Dr. Diego Venegas is a distinguished researcher and engineer with a comprehensive background in materials science, industrial engineering, and safety in industrial processes. Currently pursuing a Ph.D. in Engineering of Sustainable Materials and Processes at the University of Biobío in Concepción, Chile, his doctoral research focuses on the catalytic pyrolysis of biomass, specifically examining the influence of Chilean natural zeolite impregnated with transition metals.

Professional Profiles:

Scopus Profile

Orcid Profile

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📚 Education:

Doctoral Studies (2018 – Present):

  • Pursuing a Ph.D. in Engineering of Sustainable Materials and Processes at the University of Biobío in Concepción, Chile.
  • Anticipated title: Doctor in Engineering of Sustainable Materials and Processes.

Master’s in Industrial Engineering and Productivity (2003 – 2006):

  • Obtained a Master’s degree from Escuela Politécnica Nacional in Quito, Ecuador.

Bachelor’s in Mechanical Engineering (1994 – 2001):

  • Graduated as an Ingeniero Mecánico from Escuela Politécnica Nacional in Quito, Ecuador.

Diploma in Creation and Administration of Engineering Companies (2008):

  • Completed a diploma program from Universidad Autónoma de Madrid, Universidad Politécnica de Madrid, and Colegio de Ingenieros Mecánicos de Pichincha in Quito, Ecuador.

Bachelor’s in Physical-Mathematical Sciences (1988 – 1994):

  • Achieved the title of Bachiller Ciencias Físico Matemáticas from Colegio Municipal “Benalcázar” in Quito, Ecuador.

Bachelor’s in Social Sciences (1994 – 1995):

  • Attained the title of Bachiller Ciencias Sociales from Colegio Nacional “Benito Juárez” in Quito, Ecuador.

professional journey:

Dr. Diego Venegas has an extensive professional background with diverse roles spanning various industries and educational institutions. His experiences include roles as an Evaluator of Competences at CHILECAP and the University of the Americas in Chile, specializing in assessing skills related to gas installation and operation of gas appliances.

He served as an Evaluator of Competences at the IIT Instituto de Investigaciones Tecnológicas, focusing on profiles such as Gas Inspector and Gas Appliance Operator. Additionally, Dr. Venegas worked as a Lab Technician at CERYLAB, certifying pellet and wood-burning heaters.

His academic contributions include roles as a Professor at the University of Concepción and Universidad Internacional SEK in Quito, covering subjects like Material Science and Mechanical Engineering. He also served as a Professor at the University of the Armed Forces ESPE and coordinated academic activities.

Dr. Venegas has industry experience as a Commercial Advisor in companies such as Servicios Industriales Vallejo Araujo and Acero Comercial Ecuatoriano, providing expertise in energy generation, pumping systems, and more. He also worked as a Manager in the industrial division at La Llave S.A. de Comercio.

His career includes positions at the Universidad Politécnica Salesiana and Agip Ecuador S.A., where he engaged in teaching and contributed to centralized LPG projects’ design, execution, and economic analysis.

Furthermore, Dr. Venegas worked in roles such as Inspector of the Vehicle Inspection Center, Fleet Inspector at Durallanta S.A., and Technical Assistant at PLAN FIM, showcasing a diverse skill set in inspection, maintenance, and project management. His early career involved roles in civil and mechanical construction projects, highlighting his versatility and commitment to various fields.

Research Interests:

Catalytic Pyrolysis of Biomass:

  • Investigating the influence of natural zeolite impregnated with transition metals on the selectivity towards aromatic compounds during the catalytic pyrolysis of lignocellulosic biomass. This research aims to contribute to sustainable and efficient methods for biomass conversion.

Liquefied Petroleum Gas (LPG) Storage and Safety:

  • Analyzing the risks associated with the storage of Liquefied Petroleum Gas (LPG) in Ecuador. This research likely involves exploring safety measures, material considerations, and potential hazards to enhance the secure storage and handling of LPG.

BLEVE (Boiling Liquid Expanding Vapor Explosion):

  • Studying the BLEVE phenomenon as a motivation for safety in LPG installations. Understanding the dynamics and potential consequences of BLEVE is crucial for implementing effective safety measures in facilities handling LPG.

Materials Recommended for LPG Installations:

  • Investigating materials recommended by international standards for use in LPG installations. This research may involve assessing the compatibility, durability, and safety aspects of materials used in LPG facilities.

Analysis of Gas Storage Systems:

  • Comparing the storage aspects of gas in different systems, specifically exploring the differences between stationary tanks and cylinders. This research contributes insights into the efficiency and safety considerations of various gas storage methods.

Selection of Pipes for LPG Conduction:

  • Identifying factors for selecting pipes for the conduction of LPG in Ecuador. This research likely involves considerations such as material properties, corrosion resistance, and overall suitability for safe and efficient LPG transportation.

Publications (TOP NOTES):

“El riesgo en el almacenamiento de GLP en el Ecuador”

  • Authors: DFV Vásconez, CA Sarria, SFC Ortega, JCR Hoyos
  • Published in the INNOVA Research Journal in 2018 (Vol. 3, Issue 1, pp. 19-29).
  • Citation count: 13

“La BLEVE, un motivo para la seguridad en las instalaciones de GLP”

  • Authors: D Venegas, Ó Farías
  • Presented at the 13o Congreso Iberoamericano de Ingeniería Mecánica CIBEM in 2017.
  • Citation count: 13

“Materiales recomendados por las Normas Internacionales para utilizar en una instalación de GLP”

  • Authors: D Venegas, J Yanez, S Celi, C Ayabaca, L Tipanluisa, D Bastidas, et al.
  • Published in the Asociacion Española de Ingenieria Mecanica in 2016 (pp. 599-606).
  • Citation count: 12

“Análisis del almacenamiento en sistemas de gas licuado de petróleo: tanques estacionarios vs. cilindros”

  • Authors: D Venegas Vásconez, C Ayabaca Sarria
  • Published in Ingenius. Revista de Ciencia y Tecnología in 2019 (pp. 113-122).
  • Citation count: 11

“Factores para seleccionar tuberías de conducción de gas licuado de petróleo en el Ecuador”

  • Authors: C Ayabaca, S Celi, J Rocha, E Mena
  • Published in Ingenius. Revista de Ciencia y Tecnología in 2018 (pp. 51-59).
  • Citation count: 10
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