NEWS

The efficiency of water rescue and underwater operations directly impacts both human safety and resource development effectiveness. Traditional rescue tools rely on manual operation, facing limitations such as slow response times, high physical exertion, and poor environmental adaptability. With its 15-second rapid response capability and 6.5kg thrust, it can swiftly navigate complex water environments, reduce physical strain on rescuers, and increase drowning victim survival rates by over 30%.

At approximately 11:57 a.m. on May 27, 2025, an explosion occurred in a workshop at Youdao Chemical Co., Ltd. in Gaomi City, Shandong Province. Thick smoke billowed from the site, and the fire raged intensely at one point.

The expansion of urban water bodies has increased safety risks, placing higher demands on water safety safeguards and rescue capabilities. Rising public expectations for life safety protection are driving rescue equipment toward greater intelligence and efficiency. Underwater robots can swiftly gather information and execute rescue missions in complex aquatic environments, meeting the need for rapid response and precision rescue in water-based operations.

High-lift submersible pumps provide stable water supply for cities, ensuring daily life and industrial production while preventing water pressure shortages. In mining operations, they promptly drain accumulated water from shafts, preventing flooding accidents, safeguarding personnel and equipment, and boosting production efficiency.

In scenarios involving sudden natural disasters, public health emergencies, field operations, and portable toilet applications, the temporary collection and treatment of sewage and waste becomes a critical step in preventing environmental pollution and disease transmission. Traditional treatment methods suffer from issues such as overflow, odor leakage, and secondary contamination.