[Product introduction]
- A state-of-the-art eco-friendly underwater cleaning robot system equipped with the ability to collect and purify wastes generated during the cleaning process at the same time as removing organisms attached to the hull of a ship
- Improving ship operational efficiency (reducing fuel consumption by 10% or more through periodic hull cleaning) - Reducing greenhouse gases (contributing to carbon neutrality) and protecting the marine ecosystem environment (responding to IMO environmental regulations)
- Data-based hull condition management service such as hull cleaning history,cleaning results,and cleaning cycle
[Necessity of the product]
- Periodic hull cleaning is required due to increased hull friction resistance and increased fuel consumption due to life attached to the hull
- Reduce friction resistance by up to 40% or more when cleaning the hull,and maintain minimum friction resistance when cleaning periodically
· Improve fuel efficiency and operational efficiency,reduce GHG by up to 25% (COP26,GloFouling,"21.11),reduce fuel consumption costs,etc
- Preventing disturbance of marine ecosystem by blocking the inflow of foreign species by removing hull attachments at the level of slime or algae
- Simultaneous Response to Carbon Neutrality and Marine Environment Regulation
[Product technology]
- Streamlined design that can overcome up to 3 Knot tidal resistance
- Application of a travelable mechanism on the curved part of the hull that allows more than 80% of the ship to travel
- Underwater robot position recognition and autonomous driving
- Development of a cleaning result verification system by hull location,improvement of cleaning quality and customer reliability
· Securing the location recognition technology of underwater robots to implement autonomous driving functions of underwater robots
- Minimize environmental pollution by applying a cleaning debris recovery and purification system that occurs during cleaning operations
