Funcions
Rapid containment: The system can deploy containment booms or other floating obstacles in a short period of time to limit the spread of oil spills and prevent further contamination of larger areas of the sea.
Efficient collection: Using equipment such as oil absorption materials, skimmers or vacuum pumps, the oil slick on the water surface is efficiently collected, reducing the thickness of the oil film and accelerating the natural degradation process.
Transfer and storage: The collected oil is transferred to a special storage container for subsequent treatment or safe disposal to avoid secondary contamination.
Environmental monitoring: Integrated water quality monitoring and oil film thickness testing equipment, real-time assessment of pollution levels and cleanup effects, to provide support for decision making.
Remote control and Automation: Some high-end systems support remote control and automation, reducing human risk and improving operational efficiency and safety.
Application Scenario
Offshore oil exploitation and transportation: In the waters near oil drilling platforms, tankers, oil pipelines, etc., once an oil spill accident occurs, the rapid water containment and cleaning system can respond quickly to control the spread of pollution.
Ports and waterways: Busy ports and waterways are high incidence areas of oil spills, and the system can be used for daily patrol and emergency response to ensure clean waters and safe navigation.
Coastal waters and sensitive ecological areas: In the vicinity of coral reefs, mangroves, wetlands and other ecologically sensitive areas, once oil pollution occurs, it will cause a devastating blow to the ecosystem. Therefore, these areas require special attention and a fast response containment and cleaning system.
Maritime rescue and emergency drill: As an important part of maritime rescue and emergency drill, the rapid water containment and cleaning system can improve the ability of rescue teams to respond to oil spills and ensure the safety of the Marine environment.
