Materials

In a significant stride towards enhancing wave energy capture, a team of researchers led by Ruben J. Paredes from ESPOL Polytechnic University and Stevens Institute of Technology has developed a novel, passive approach to tuning wave energy converter

In the ever-evolving maritime sector, the quest for efficient and eco-friendly shipbuilding techniques is ceaseless. A recent study published in ‘Infotekmesin: Scientific Communication Media of Politeknik Cilacap’ (translated from Indonesian) sheds l

In a bid to shed light on the persistent challenges of achieving universal energy access, a recent study published in the *International Journal of Sustainable Energy* (translated from its original name) offers a fresh perspective on Sustainable Deve

In a groundbreaking study published in the journal ‘Metals’ (translated from Turkish), researchers have developed a novel method for creating aluminum-based materials that could significantly enhance the durability and performance of maritime equipme

In a bid to boost the efficiency of proton exchange membrane fuel cells (PEMFCs), a team of researchers led by Chao Zhang from Dalian Maritime University has been tinkering with the microscopic structure of these energy powerhouses. Their findings, r

In a significant stride towards sustainable oily wastewater treatment, researchers have developed a novel, eco-friendly membrane technology using jute agro-waste. The study, led by Nadeem Baig from the Interdisciplinary Research Centre for Membranes

In a groundbreaking development, researchers have unveiled a novel approach to catalysis that could revolutionize chemical manufacturing processes, with significant implications for the maritime industry. The study, led by Aonan Zhu from the College

In a significant stride towards enhancing energy harvesting technology, researchers have developed a novel approach to improve the efficiency of light pressure electric generators (LPEGs). This advancement, spearheaded by Ha Young Lee from the Resear

In a breakthrough that could significantly enhance the durability and performance of maritime components, researchers have developed a novel surface treatment for Ti-6Al-4V alloy, a material widely used in the marine industry. The study, led by WANG

In the quest to curb climate change, the maritime sector faces a unique challenge. While many industries can pivot to electrification, ships and certain industrial processes will still need carbon-based fuels. This is where Carbon Capture and Utilisa