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ROV Equipped with Optical/Acoustic Observation Systems for Inspection of Underwater Structures
Reservoir dams operate year-round to block water, and hydraulic structures naturally age over time, affected by geological disasters such as earthquakes. The operation and maintenance of existing water projects, as well as the construction of new ones, require corresponding underwater inspections to assess the condition of underwater structures and facilities, such as structural damage, missing components, cracks, aging, unstable materials, erosion, scour pits, topography, and corrosion of metal equipment. Regular inspections of hydraulic projects are crucial. The MoxLab team has visited dozen
Cavitation Jet Underwater Cleaner: The Next Generation of Underwater Cleaning
Underwater cleaning has always been a challenge, especially when it comes to maintaining delicate surfaces and removing biofouling or other buildup. Traditional methods, like high-pressure water jet cleaning or abrasive blasting, often come with the risk of surface damage and are not always efficient. That’s where the Cavitation Jet Underwater Cleaner steps in—an innovative solution that uses Cavitation jet technology to deliver powerful, yet non-destructive cleaning results for a variety of underwater applications. What is Cavitation Jet Technology? At the heart of the Cavitation Jet Underwat
Underwater Vehicle for Mobile Survey of River Drainage Outlets and Water Quality in a Specific Area
China has abundant river water resources, with an annual total river runoff ranking third globally, reaching an average of 2,700 billion cubic meters. However, rapid economic development has had some negative impacts on river water resources, with occasional incidents of river water pollution and eutrophication. Monitoring of 216 rivers across the seven major water systems in China, covering 503 main points, has revealed that Class I-III water quality accounts for 38%, Class IV-V accounts for 29.5%, and worse-than-Class V accounts for 32.5%. Therefore, analyzing and studying changes in river w