Ecological Artificial Coral
AI Core Functions
Real-time Water Quality Monitoring
AI-powered sensor data analysis:
- Real-time detection of ammonia and nitrate levels
- 24/7 water quality monitoring
- Instant anomaly notifications
Predictive Maintenance
Historical data analysis:
- Predict potential water quality issues
- Provide preventive recommendations
- Reduce maintenance costs
Quantitative Regulation
Smart water quality adjustment:
- Precise pollutant content analysis
- Automatic filtration intensity control
- Maintain optimal water quality balance
Adaptive Optimization
Environmental adaptation:
- Seasonal parameter adjustment
- Adapt to different usage scenarios
- Continuous filtration optimization
Manufacturing Process
Advanced AI-assisted manufacturing technology ensures each product meets the highest quality standards.
Technical Details
Sodium Alginate Working Principle
Sodium alginate is a natural polysaccharide that can form a gel-like porous structure in water. These pores are capable of capturing and physically adsorbing suspended particles and certain organic pollutants in the water, particularly macromolecular organic substances or negatively charged pollutants. In addition, the carboxyl groups (-COO⁻) in sodium alginate can undergo ion exchange with some ions in the water (such as metal ions), thereby removing certain ionic pollutants.
Copper Oxide Working Principle
The copper oxide acts as a photocatalyst under light. When exposed to sunlight, copper oxide generates electron-hole pairs that initiate a photocatalytic reaction. This process produces reactive species, such as hydroxyl radicals and superoxide ions, which break down organic pollutants into harmless byproducts like carbon dioxide and water.
Material Composition: 65% Sodium Alginate + 35% Copper Oxide
We can effectively purify the following items:
(1) Organic Pollutants:
- Dye wastewater: Copper oxide possesses excellent photocatalytic capabilities, which can break down organic dyes under light.
- Pesticides and herbicides: The photocatalytic process can also degrade some common pesticides and chemical substances.
- Organic solvents: Compounds such as benzene and phenols can be degraded into harmless small molecules under the catalytic action of copper oxide.
(2) Heavy Metal Ions:
The carboxyl groups in sodium alginate can effectively capture and remove heavy metal ions through ion exchange.