LEE Holds Joint Workshop with Dr. Raymond Tan’s Laboratory at DLSU

admin • Nov 22, 2017

The students of the Laboratory of Electrochemical Engineering (LEE), faculty members from the University of the Philippines Diliman (UP Diliman), together with students from other universities, attended the recently concluded Energy Forum by Dr. Raymond Tan from the Chemical Engineering Department of De La Salle University (DLSU) last November 20, 2017. Dr. Tan is a professor of Chemical Engineering and the Vice Chancellor for Research and Innovation of DLSU. He is among the top researchers of the country with more than 250 publications, multiple scientific awards, and memberships on different editorial boards of several journals. His specialization on Process Systems Engineering, Process Integration, and Input-Output modelling, and his knowledge on Energy Systems and Energy Efficiencies resulted to a synergistic output on the field of Energy Engineering.

The Energy Forum of Dr. Tan’s research group in collaboration with Dr. Joey Ocon of the Laboratory of Electrochemical Engineering provided research students a different perspective on achieving a sustainable energy for the future. The forum focused on optimizing energy efficiencies through the use of Mixed Integer Linear Programming on LINGO.

The forum introduced the concept and importance Energy Systems Modelling including recent research and developments by both DLSU and UP Diliman. These developments made by the two universities led to a discussion on future research collaborations towards energy sustainability using energy systems modelling. And to initiate the collaboration, Dr. Tan provided a tutorial session on the “Optimal Design of Polygeneration Systems via Mixed Integer Linear Programming”.

The collaboration initiated joint projects between UP Diliman and DLSU focusing on Energy Systems Modelling. One of these projects is the “Optimal Multi-Criteria Selection of Hybrid Energy Systems for Off-Grid Electrification Using Fuzzy Analytic Network Process and Island LCOE min Algorithm (ISLA Model)” by Marrod Cruz and Michael Castro of the Laboratory of Electrochemical Engineering. This forum thus served as a huge step towards energy sustainability in the Philippines.

 

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The CIPHER project team , led by Prof. Joey Ocon and Assoc. Prof. Julie Anne D. del Rosario-Paraggua, recently visited South Korea from March 27 to April 7, 2024. During the trip, the team participated in joint research workshops at Inha University, Gwangju Institute of Science and Technology (GIST), and Hanyang University. They presented their research works, fostering discussions on advanced topics in electrochemical engineering. The team also gained valuable insights by touring state-of-the-art research facilities at these universities, including the GIST Advanced Institute of Instrumental Analysis (GAIA) center, which offers LEE members access to cutting-edge material characterization equipment to further their studies and projects. The visit not only facilitated academic exchange but also paved the way for potential collaborations in the future. By tapping into the expertise and resources available at these institutions, LEE aims to drive innovative research and advancements in electrochemical engineering.
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Honesto Ovid Tubalinal, a Research Fellow of CIPHER Project , has finished a three-month special research student program at the Morikawa Laboratory in the Graduate School of Engineering , Osaka University Suita Campus from October 2023 to January 2024. He was mentored by Prof. Morikawa Yoshitada, and PhD Student and LEE alumnus Mr. Ace Christian Serraon on improving the results of the density functional theory (DFT)-based study on the passivation of hydrohalogenic acid-treated germanium (001) surfaces. Mr. Tubalinal also attended workshops organized by the professors of the Quantum Engineering Design Course (QEDC) where PhD and MS students present the progress of their studies. This sandwich program was a great opportunity to interact and to work with international students, and to learn new techniques on DFT-based calculations and operation of high-performance computing (HPC) clusters.
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