Disinfection, a vital barrier against pathogenic microorganisms, is crucial in halting the
spread of waterborne diseases. Electrochemical methods have been extensively …

Since the implementation of the International Maritime Organization 2004 regulation, most
ships have been equipped with on-dock ballast water treatment. While this method is …

Ocean and marine environments face the adverse effects of climate change and
environmental pollution. Maritime transportation, one of the most severe marine pollution …

This study characterized and assessed three different process water (PWWs)(S-1, S-2, and
S-3) from oil and gas production in Qatar. The wastewater generated in various processing …

As Japan has announced its decision to start discharging radioactive water into the Pacific
Ocean, it's expected that global marine environment pollution will worsen due to the …

The transfer of ship ballast water poses significant risks to the aquatic ecosystem and human
health. To mitigate the influences of non-native species, ballast water management systems …

Ballast water is recognized as a leading pathway for the introduction of aquatic non‐
indigenous species which have caused substantial ecological damage globally. Following …

Continuous technological progress is required to improve production efficiency and
environmental quality while maintaining economic competitiveness. A non-negligible …

Traditional antimicrobial methods, such as antibiotics and disinfectants, may cause adverse
effects, such as bacterial resistance and allergic reactions. Photocatalysts based on titanium …

The efficacy of a BWMS with filtration+ membrane separation+ deoxygenation technology in
treating ballast water was investigated under marine operational circumstances in five …