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Offshore platform operation and maintenance testing
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Traditional methods of inspecting offshore platforms include hiring divers and other manual methods for inspection. Due to the high risk and cost of the diving industry, as well as the poor shooting effect of the camera equipment carried by divers. Glory Marine aims to provide the most effective system level solutions for more industries and customers.
Underwater robots, through field experiments and experience summary, can to some extent replace the work content of divers. Especially in more challenging work environments, it can significantly improve work efficiency.
emergency rescue
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ROV is equipped with sonar to explore tires.
water resources and hydropower
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Subsea pipeline inspection.
Marine scientific expedition
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Autonomous underwater vehicles (AUVs) play an important role in marine scientific exploration, capable of autonomously carrying out deep-sea exploration tasks, completing tasks such as seabed terrain mapping, environmental parameter collection, and biological sample collection through the equipped sensor system. In deep-sea hydrothermal surveys, AUVs can accurately detect the location of hot spring vents and record the surrounding ecological environment characteristics; When conducting underwater geological exploration, it is possible to identify the distribution of mineral resources and evaluate their development value; In terms of marine environmental monitoring, it is possible to track the diffusion path of pollutants and the trend of ecological changes in the long term. AUVs have autonomous cruising capabilities, can adapt to complex sea conditions, and transmit data in real-time through underwater sound or satellite communication, significantly improving scientific exploration efficiency and reducing operational risks, providing reliable technical support for marine scientific research.
aquaculture
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Underwater robots carry equipment to extract sea cucumbers.
environmental monitoring
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Observation of underwater shellfish.
Security and Safety
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Using VR devices to control underwater robots for inspection, underwater robots equipped with high-precision sensors can perform three-dimensional scanning of the target water area. Through sonar imaging and AI recognition technology, they can mark suspicious underwater objects in real time and trigger a grading warning system to avoid safety accidents such as collisions and explosions from the source.
environmental monitoring
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Observation of underwater organisms.
