AI-driven autonomous water quality purification robot for real-time water purification, monitoring, and data acquisition
Solar Self-charging
- AI Robot Power Source
- Stand-alone Solar Power Generation Facility
- Unmanned Automation System
Real-time Water Quality Analysis
- Real-time Water Quality Measurement by Location and Depth
- Measurement, Depth, Location, etc. can be set by the administrator.
Pollutant Removal through Filtration
- Water Quality Pollutant, Contaminant Filter
- Prevention of Water Quality Pollution Spread
- Easy Replacement through Cartridge System
- Environmentally Friendly Physical Water Treatment System
A smart water quality management dashboard that integrates water quality data with robot operational information, providing real-time insights. AI-driven analytics support efficient operations and enable rapid, informed decision-making.
Data Collection
- Real-time Water Quality Data (Water Temperature, pH, Turbidity, Phycocyanin, Chlorophyll etc.)
- Location-based, Depth-based Water Quality Data
- Weather, Water Quality Public Data
Data Analysis
- Multidimensional Data Analysis
- Big Data Analysis
Data Visualization
- Multidimensional Water Quality Data Visualization
- Time-based Data Visualization
- Heatmap Scatterplot
Continuous filtration technology is a core water treatment solution designed to separate and remove incoming pollutants in real time, ensuring stable aquatic conditions. Its uninterrupted filtration process allows flexible adaptation to changing water quality and delivers consistent treatment performance even during long-term continuous operation.
The robot moves across the water surface, collecting pollutants such as algal blooms while spraying water treatment agents stored in an internal container through a top-mounted sprinkler when needed. The captured contaminants are separated using a filter and a fixed scraper, then transferred via a hose connected to the drum-type filter to a storage tank located beneath the center of the system, while the purified water is discharged back into the environment.
The contaminants stored in the tank are collected and disposed of by operators after the robot moves to a designated location and docks. If necessary, the system can also be equipped with a function that allows the robot to discharge the contaminants into collection bins placed at the designated site.
The drum-type filter provides screening capability from 30 to 100 microns. It can be used semi-permanently as long as it is not damaged; however, regular inspections are required.
The robot can be applied and operated in the form of a self-driving water leisure boat.
Carbone Neutral Self-Driving Robot + Water Purification + Tourism Boat
- The solar charging system provides a renewable energy power solution.
- XR-based digital content production enables the creation of various types of content within the internal space.
The robot is also available as a wired-power model for installation at designated locations, offering various design options.
This model can be used with visually adaptable designs, from small ponds to large-scale lakes, and can be installed at a lower cost compared to the autonomous driving model.
This model also uses a replaceable multi-layer filter for water purification instead of a rotary drum-type filter.
The fixed-type model does not include a spraying function for treatment agents. The replaceable filter installed in the system provides screening from 10 to 100 microns and can be used for a minimum of 1 day up to 30 days depending on the level of contamination. In addition, the grass installed in the system can be designed to function as a filter; however, maintenance may be required to keep it in good condition.