Recent research led by Emmanuel Rieborue Khama from the Nigeria Maritime University has unveiled a promising new avenue for carbon capture, harnessing the potential of activated carbon derived from ripe plantain peels. This innovative study, publishe
Nigeria Maritime University Research Pioneers Carbon Capture from Plantain Peels Read More »
In the maritime industry, the challenge of managing oily water is a persistent issue that impacts both environmental compliance and operational efficiency. A recent study led by Dunja Sokolović from the University of Novi Sad, published in the journa
New Research Unveils Efficient Oily Water Treatment for Maritime Operators Read More »
A groundbreaking development in portable energy solutions has emerged from the Military Institute of Engineer Technology, led by Ireneusz Plebankiewicz. Researchers have crafted a solar charger integrated with a power pack, all cleverly designed on c
Innovative Solar Charger from Military Institute Boosts Maritime Efficiency Read More »
A recent study led by Ahmed Hadi from the Department of Maritime and Transport Technology at Delft University of Technology has opened up exciting avenues in the realm of maritime engineering. The research, published in ‘Scientific Reports,’ delves i
AI-Driven Simulations Set to Transform Maritime Cargo Handling Efficiency Read More »
A recent study sheds light on an often-overlooked aspect of tunnel design that could have significant implications for fire safety across various sectors, including maritime operations. Conducted by Xiangling Tian from the Institute of Mine Safety Te
Revolutionary Study Enhances Fire Safety Strategies for Maritime Tunnels Read More »
In an era where energy efficiency is more than just a buzzword but a necessity, a groundbreaking study led by Munusamy Arun from the Department of Mechanical Engineering at Saveetha School of Engineering, India, has emerged, shedding light on how fuz
Fuzzy Logic Breakthrough Promises Energy Efficiency for Maritime Design Read More »
In a revealing study out of Zhengzhou, China, researchers have delved into the concerning levels of heavy metals found in urban road sediments, an issue that could have significant implications for maritime sectors. Led by Muhammad Faisal from the Ce
Study Reveals Alarming Heavy Metal Levels Threatening Maritime Safety Read More »
In a significant leap for maritime technology, researchers have developed a groundbreaking predictive model aimed at enhancing the operation and maintenance of ship power systems (SPS). The study, led by Xingshan Chang from the State Key Laboratory o
YC2Model Transforms Ship Power System Maintenance with Predictive Insights Read More »
In a significant leap for maritime safety and efficiency, researchers have unveiled a groundbreaking model aimed at enhancing the reliability of ship power systems (SPS). The study, led by Xingshan Chang from the State Key Laboratory of Maritime Tech
YC3Model Revolutionizes Ship Power Systems for Enhanced Safety and Efficiency Read More »
Recent research led by Khaled Lotfy from the Department of Mathematics at Zagazig University dives into a fascinating intersection of physics and engineering, specifically focusing on the behavior of optoelectronic and photoacoustic waves in rotating
New Research Unlocks Potential of Acoustic Waves for Maritime Innovation Read More »
