Prof. Enrique Mauricio Barreno Avila | Coalbed Methane Engineering | Best Industrial Research Award

Prof. Enrique Mauricio Barreno Avila | Universidad Técnica de Ambato | Ecuador

Prof Enrique Mauricio Barreno Avila focuses his research vision on sustainable energy transition and industrial decarbonization, drawing on his strong background in petroleum engineering and global energy supply systems. His work emphasizes the development of integrated economic, risk, and policy frameworks for the large-scale deployment of hydrogen and carbon capture, utilization, and storage (CCUS) technologies. Through a risk-based and systems engineering approach, he addresses technological feasibility, safety considerations, and policy uncertainty in industrial and residential energy supply sectors. He is actively seeking a PhD opportunity to advance research that supports resilient, low-carbon infrastructure and sustainable development at a global scale.

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Featured Publications

Narrativa como protagonista en el Design Thinking: una metodología para la comunicación estratégica de innovaciones en ingeniería y diseño industrial – Ethos Scientific Journal, 2025

Diseño y desarrollo de mobiliario urbano para la revalorización de la identidad icónica del Corpus Christi en Pujilí, Ecuador – Alpha International Journal, 2025

Life Cycle Assessment of Electro-Submersible Pump Systems: Carbon Footprint Mitigation Using Improved Downhole Technology – Energies, 2025

Design and Construction of a Prosthetic Finger with Distal Phalanx Amputation – Book Chapter, 2024

Externalities of Nitrogen Oxides (NOX) Generated by Urban Transport in the City of Ambato – Book Chapter, 2024

Mr. Zewen Zhuo | Fluid Properties of Petroleum | Research Excellence Award

Mr. Zewen Zhuo | Shandong Gangyuan Pipeline Logistics Co., Ltd. | China

Mr. Zewen Zhuo is an engineer specializing in oil and gas storage and transportation, with a focus on the rheology of crude oil. His research investigates efficient pipeline transportation technologies, safety assurance methods, and the optimization of crude oil transport equipment. He has led studies on the coupling mechanism of wax crystal microbehavior and heat transfer in waxy crude oil storage, as well as the nonlinear random growth of wax crystal aggregates in shear flow fields. Zhuo has authored key publications on gel structure destruction, rheo-microscopy measurements, and waxy crude oil microstructure observation, contributing significantly to petroleum engineering research.

Citation Metrics (Scopus)

Citations
53

Documents
4

h-index
2