Sus principales áreas de investigación son:

• Termoconversión de residuos lignocelulósicos
• Catálisis aplicada
• Simulación y síntesis de procesos
• Biorefinerías

Proyectos

1. 2015, 2018, FONDEF, Generación CHP a pequeña escala: Mejoramiento catalítico de los productos de gasificación de biomasa (DIRECTOR ALTERNO)
2. 2016,2019, PCI, Advanced materials for catalytic upgrading of biomass-derived syngas: Focus on sustainable energy production (INVESTIGADOR RESPONSABLE-INVESTIGADOR ASOCIADO)
3. 2015,2018, FONDECYT, Use of microcellulose-derived carbon aerogels as catalysts for tars and ammonia decomposition (INVESTIGADOR RESPONSABLE)
4. 2017,2019, PCI, RED TermoSust para el fortalecimiento de la colaboración Chile-Bélgica en el ámbito de la sostenibilidad y la valorización termoquímica de residuos (INVESTIGADOR ASOCIADO)
5. 2016, 2017, PCI, Research network on thermochemical conversion of biomass between The UDT and The Institute of Chemical and Energy Engineering of BOKU (CO-INVESTIGADOR)
6. 2015,2018, BMBF-ALEMANIA, Semi-Mobile Bioenergy from Agricultural and Forest residues in Chile and Beyond (SeMoBioEnergy) (INVESTIGADOR)

Publicaciones

1. CASAS LEDON, YANNAY. GONZALEZ, PATRICIA. SCARLETT. ZAROR, CLAUDIO, ARTEAGA-PEREZ, LUIS E. Exergoeconomic evaluation of an ethanol-fueled solid oxide fuel cell power plant. Energy, 93 (2016) 239-252. Ed. Elsevier. FI: 4.52
2. ARTEAGA-PÉREZ, LUIS E. GÓMEZ, O. KARELOVIC, A. JIMENEZ R. (2015), A modelling approach to the technoeconomics of Biomass-to-SNG/Methanol systems: Standalone vs Integrated topologies, Chemical Eng. Journal, 286 (2016) 663-678. Ed. Elsevier. FI:6.21
3. ARTEAGA-PÉREZ. L. E., SEGURA. C. BUSTAMANTE, V. GÓMEZ-CÁPIRO, O. JIMENEZ, R. Torrefaction of wood and bark from Eucalyptus globulus and Eucalyptus nitens: Focus on volatile evolution vs feasible temperatures. Energy 93 (2015) 1731–1741 Ed. Elsevier, Published. FI: 4.52
4. ARTEAGA-PÉREZ. L. E. VEGA. M. RODRÍQUEZ, L. FLORES, M. ZAROR, C. CASAS-LEDÓN, Y. Life-Cycle Assessment of coal-biomass based electricity in Chile: Focus on using raw vs torrefied wood. Energy for Sustainable Development 29 (2015) 81–90 Ed. Elsevier, Published. FI:2.79
5. ARTEAGA-PÉREZ, LUIS E. CRISTINA SEGURA, DANIELA ESPINOZA, LJUBISA RADOVIC, ROMEL JIMENEZ (2015), Torrefaction of Pinus radiata and Eucalyptus globulus: A combined experimental and modeling approach to process synthesis, Energy for Sustainable Development 29, Ed. Elsevier, Published. FI:2.79
6. RODRÍGUEZ-DÍAZ JM, GARCÍA JOP, SÁNCHEZ LRB, DA SILVA MGC, DA SILVA VL, ARTEAGA-PÉREZ LE. Comprehensive Characterization of Sugarcane Bagasse Ash for Its Use as an Adsorbent. BioEnergy Res 2015. doi:10.1007/s12155-015-9646-6, Ed. Springer, Published. FI:2.49
7. ARTEAGA-PÉREZ, LUIS E. YANNAY CASAS-LEDÓN, WOLTER PRINS, LJUBISA RADOVIC, (2014), Thermodynamic predictions of performance of a bagasse integrated gasification combined cycle under quasi-equilibrium conditions ,Chemical Engineering Journal 258, Ed. Elsevier, Published. FI:6.21
8. CASAS YANNAY, LUIS E. ARTEAGA-PEREZ, JO DEWULF, MAYRA C. MORALES, ELENA ROSA, LUIS M. PERALTA, HERMAN VAN LANGENHOVE. (2014), Health external costs associated to the integration of solid oxide fuel cell in a sugar–ethanol factory, Applied Energy 113, Ed. Elsevier, Published. FI:7.12
9. ARTEAGA-PÉREZ, LUIS E. YANNAY CASAS-LEDÓN, RAÚL PÉREZ-BERMÚDEZ, LUIS M PERALTA, JO DEWULF, WOLTER PRINS (2013),  Energy and exergy analysis of a sugar cane bagasse gasifier integrated to a solid oxide fuel cell based on a quasi-equilibrium approach, Chemical Engineering Journal 228, Ed. Elsevier, Published. FI:6.21