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sábado, 27 de noviembre 2021
27/11/2021
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Research group

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Gas Science and Technology and Efficient and Sensible Use of Energy Group GASURE

Academic Unit: Faculty of Engineering

Colombian Ministry of Science

Class

A1

Call

833

Profile

OECD

Discipline

Engineering and technology

Subdiscipline

Environmental engineering

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Strategic Focus

The Gas Science and Technology and Efficient and Sensible Use of Energy Group (GASURE) focuses on research, technology development, staff training, and dissemination on the energy use of renewable and non-renewable fuels and sensible use of energy. With its research activities, the group contributes to reducing fuel consumption, optimizing industrial combustion and heating systems, staff training, increasing the competitiveness of the productive sectors, and improving occupational health.

Research Areas and Topics

  • Implementation of natural gas in power generation.
  • Combustion of gaseous fuels.
  • Energy economy.
  • Influence of atmospheric conditions on heat energy systems.
  • Heat engines and alternative fuels.
  • Sensible use of energy.
  • Research and technological development of flexible energy systems.

Sustainable Development Goals (SDGs)

Group Coordinator

Andrés Adolfo Amell Arrieta, M.Sc.

Master in Economics of Energy and Natural Resources.

Universidad Nacional de Colombia, Medellin campus.

Group Coordinator Email

andres.amell@udea.edu.co

Research Group Email

grupogas@udea.edu.co

Scientific Cooperation

Collaborative Relationships

  • Minciencias (Colombian Ministry of Science) 
  • Unidad de Planeación Minero Energética (Mining and Energy Planning Unit, UPME)
  • Ministry of Mines and Energy
  • Ministry of Environment and Sustainable Development.
  • University of Rouen Normandy, CORIA (Interprofessional Research Complex in Aerothermochemistry), France
  • The University of California, Combustion Laboratory, USA
  • RWTH Aachen University, Institute of Heat and Mass Transfer, Germany
  • Industrias Metálicas Asociadas (IMAL)
  • Suministros de Colombia (SUMICOL)
  • Agrosilisium Mejisulfatos
  • Applied Thermodynamic and Alternative Energy Research Group (TAYEA), Universidad Nacional de Colombia
  • Advanced Materials and Energy Research Group (MATyER), Instituto Tecnológico Metropolitano (The Metropolitan Institute of Technology ITM)

Notable Projects

  • Porous medium burner.
  • Induction Air Burner.
  • Forge furnace and 28 kW heat treating with dual heat transfer systems: convection and radiation.
  • Combustion system and heating by infrared radiation and heat recovery for 70 kW low temperature processes Flameless combustion oven, with self-regenerative burner for 40 kW heat recovery Self-regenerative furnace for melting non-ferrous materials and 200 kW heat treatment 120 kW submerged combustion system.

Main Research Results

  • Determinación del Potencial de Reducción de Consumo Energético en los Subsectores manufactureros Código CIIU 10 -18 en Colombia (Determination of the Potential for Reducing Energy Consumption in the Manufacturing Sub-sectors ISIC Code 10-18 in Colombia) Link: https://bit.ly/2ZOKxtk
  • Aumento de producción y optimización del consumo de gas natural por la recuperación de calor residual en línea de tratamiento térmico de la empresa IMAL S.A. con la implementación y adaptación de nuevas tecnologías de combustión (Increased production and optimization of natural gas consumption by recovering waste heat in heat treatment line of the company IMAL S.A. with the implementation and adaptation of new combustion technologies). Link: https://bit.ly/36Ec1TC
  • Evaluación de la factibilidad técnica y desarrollo de un prototipo a escala para la implementación de un sistema de regeneración de calor en un horno de fritas operando en modo oxicombustión (Evaluation of the technical feasibility and development of a scale prototype for the implementation of a heat regeneration system in a frit furnace operating in oxyfuel mode). Link: https://bit.ly/2yITiK9

Research Portafolio

  • ndustrial training on energy efficiency and combustion.
  • Analysis of the influence of atmospheric conditions on heat energy systems.
  • Development of dual systems utilizing diesel engines for the generation of electricity and heat.
  • Development, adaptation and transfer of new combustion and heating technologies.
  • Complete energy diagnostics.
  • Simulation of heat systems for optimization or equipment design of equipment and processes.

More Information

https://bit.ly/2Mp4O4b

 
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