Leads the change in technology for a cleaner, smarter, and more sustainable water
ecosystems.
Challenges
High Environmental pollution
Between 4,8 and 12,7 million tons of waste currently enters the ocean every year, the equivalent of a truckload every minute throughout the year.
High Labor shortage
The global challenges of population aging and low birth rates are intensifying, leading to increasingly severe labor shortages across industries.
High Risk
Natural conditions (such as waves, currents, undercurrents, whirlpools )and Severe weather conditions(such as typhoons, heavy rains, lightning ) increase the risks of operations.
High Cost
The Material Cost, Labour Cost, Equipment Cost, Operating Cost, and Logistics Cost remain persistently high.
Industry
Governmental
Municipal
Smart city
Environmental Sanitat
Education and Research
Applications
Waste Collection
The floating garbage, debris, leaves, and sludge in the water
Biomass
Duckweed removal and tiny debris clean-up
Aquatic Plants Harvesting
Regularly harvesting Eichhornia crassipes, Cyanobacteria,Typha ,control their growth and maintain ecological balance
Smart City Integration
Be capable of achieving Water Quality monitoring, Water Sampling, and Underwater Exploration, providing comprehensive security surveillant
Sustainability
Software
Facility
Desktop
Mobile
Laptop
Unmanned dock
Charging pile
Lifting arm
Optional Module
Benefits
AI-powered Self-driving
Developed Algorithms with Optimal Features
Increase Efficiency and Reduce Costs
The overall efficiency is increased by 300% and the overall cost is reduced by 60%