Seawater Desalination (30T/D -2500LPH) capacity

A 30-ton per day seawater desalination unit is a system designed to convert seawater into potable water, capable of processing 30 tons of seawater daily. This equipment typically uses reverse osmosis technology, which involves pushing seawater through a semi-permeable membrane under high pressure to remove salts and other impurities, producing freshwater that meets drinking water standards. It is suitable for water-scarce areas or coastal cities, effectively addressing water resource shortages. The unit operates efficiently and has relatively simple maintenance requirements, making it suitable for large-scale applications.

Product Technical Specifications: 30 Ton Per Day Seawater Desalination Unit

1. Capacity:
– Daily Production: 30 tons of freshwater

2. Technology:
– Desalination Method: Reverse Osmosis (RO)

3. Feed Water:
– Source: Seawater
– Salinity Level: Up to 35,000 mg/L

4. Output Water Quality:
– Drinking Water Standards: Complies with WHO and local drinking water regulations
– Total Dissolved Solids (TDS): <500 mg/L

5. Operational Parameters:
– Operating Pressure: 50-70 bar
– Temperature Range: 5°C to 40°C6. Energy Consumption:
– Power Requirement: Approximately 25 kW
– Energy Recovery System: Integrated for efficiency

7. Dimensions and Weight:
– Dimensions: [Insert dimensions]
– Weight: [Insert weight]

8. Components:
– Pre-treatment System: Multimedia filters, cartridge filters
– RO Membrane: High rejection membranes
– Post-treatment: UV disinfection or chlorination (optional)

9. Control System:
– Automation: PLC-based control with remote monitoring
– User Interface: Touchscreen display for easy operation

10. Maintenance:
– Frequency: Regular membrane cleaning and pre-filter replacement
– Service Requirements: Trained technician for annual maintenance

11. Certifications:
– Compliance: ISO 9001, CE, and other relevant certifications

This specification provides a comprehensive overview of the 30-ton seawater desalination unit intended for producing potable water.