April 17, 2025 – The Department of Materials and Metallurgical Engineering (DTMM), Faculty of Engineering, continued its international Global Learning Series (GLS) by hosting renowned expert from Thailand, Prof. Anongnat Somwangthanaroj, Ph.D. The lecture, titled “Bioplastics and Their Applications as Separators for Zinc-Based Batteries,” was held on April 15–16, 2025, in Room MT 204 at DTMM, attended by students, faculty, and researchers in materials and renewable energy.
During the lecture, Prof. Anongnat discussed the latest developments in bioplastic research—eco-friendly materials derived from biological sources—and their potential as separators in zinc-based batteries. These materials are considered promising because they can replace conventional synthetic separators that are less environmentally friendly.
“Bioplastics offer a new pathway for developing sustainable batteries. By utilizing plant-based materials, we can reduce reliance on synthetic components while enhancing energy storage performance,” Prof. Anongnat explained.
He added that using bioplastics as separators in zinc batteries not only improves ion conductivity efficiency but also extends battery life by mitigating electrolyte degradation. This innovation represents a critical step toward addressing clean energy challenges and environmental sustainability.
The GLS session also highlighted how interdisciplinary research—spanning materials science, chemistry, and energy—can collaborate to create innovative solutions. Participants gained in-depth insights into the functional mechanisms of bioplastics in energy storage systems and the opportunities for future applied research.
By hosting this global lecture, DTMM reinforces its commitment to being a center for education and research focused on green technologies and sustainable materials, while also fostering international research collaboration in renewable energy.
A follow-up meeting on collaboration between the ITS Department of Materials and Metallurgical Engineering (DTMM ITS) and PT Komatsu
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