Lenavax Nutrition
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Water scarcity remains a critical global challenge, prompting the need for innovative solutions to harness seawater resources. Our cutting-edge Sea Water Desalination Machines are designed to convert saltwater into potable or industrial-grade water. This technology not only addresses water shortages but also opens new possibilities for sustainable water management.
| Items | Permissible Value | Consequence of Excessive Standard | Improvement Suggestions |
|---|---|---|---|
| Suspended solids (Turbidity) | <1NTU / SDI15 <5 | Sludge, colloid pollution | Flocculation and filtration |
| Metal oxides (Fe/Mn) | <0.05 mg/L | Iron Pollution | Oxidation precipitation/filtration |
| Scale forming matter | LSI<0 | Scaling in concentrated side | Decrease recovery or add scale inhibitor |
| Organics (TOC/COD/BOD) | <10 mg/L | Organics pollution | Activated carbon adsorption |
| Temperature | 5-45°C | Scaling or membrane aging | Heat exchanger |
Standard RO Process: Raw water pump - Sand filter - Carbon filter - Cartridge filter - High pressure pump - RO membrane host
● Multi-media Filter: Removes particles, suspended solids, and colloids to ensure filtered water TDS is suitable for fine filters.
● Active Carbon Filter: Key for removing organic substances, heavy metals, residual chlorine, and improving water taste.
● Water Softener: Uses ion exchange resin to remove Ca+ and Mg+, preventing membrane scaling.
● Security Cartridge Filters: Protects RO membranes by filtering the vast majority of particles using 5μ cartridges.
● Reverse Osmosis Modules (RO): The core part applying high pressure to remove molecules, viruses, and bacteria.
