Reverse osmosis is based on the use of a semi-permeable membrane. Water under pressure is forced through this membrane, allowing only water molecules to pass through, while salts and other impurities remain on one side of the membrane.
1. Working Principle
• Water Pre-treatment: Before being fed into the system, the water is often treated to remove large particles and chlorine.
• Osmosis Process: Water under pressure passes through the membrane.
• Fraction Separation: Clean water (permeate) is extracted, while the remaining contaminants (concentrate/brine) are discharged.
• Osmosis Process: Water under pressure passes through the membrane.
• Fraction Separation: Clean water (permeate) is extracted, while the remaining contaminants (concentrate/brine) are discharged.
2. Process Stages
• Membrane: The key element where filtration occurs.
• Pump: Provides the necessary pressure.
• Filters: Remove larger contaminants before the membrane.
• Control Systems: Monitor water quality and system performance.
• Pump: Provides the necessary pressure.
• Filters: Remove larger contaminants before the membrane.
• Control Systems: Monitor water quality and system performance.
3. System Components
• Very high salt removal efficiency (up to 99%).
• Minimal use of chemicals.
• Wide range of applications: from household units to industrial systems.
• Minimal use of chemicals.
• Wide range of applications: from household units to industrial systems.
4. Advantages
• Production of drinking water in arid regions.
• Wastewater treatment.
• Industrial applications in petrochemicals, electronics, and other industries.
• Wastewater treatment.
• Industrial applications in petrochemicals, electronics, and other industries.
5. Applications
This method involves filtering water through a semi-permeable membrane that allows only water molecules to pass, while retaining salts and other contaminants.
About
Main Desalination Technology: Reverse Osmosis
Reverse osmosis
continues to be one of the most effective and widespread methods for water purification and desalination, providing clean water for a wide variety of needs.
Desalination plants are devices designed to convert saline (sea) water or brackish water into potable (drinking) water. They are used in regions with limited freshwater resources.
Desalination
Remove salts, bacteria, viruses, and dissolved solids.
Provide potable and industrial-grade water.
Are energy-efficient, using optimized high-pressure pumps.
Provide potable and industrial-grade water.
Are energy-efficient, using optimized high-pressure pumps.
Low operating costs.
Customized pre-treatment systems.
Advanced membrane technology to minimize expenses.
Customized pre-treatment systems.
Advanced membrane technology to minimize expenses.
Pre-engineered modular designs reduce installation time by up to 70%.
Manufacturing and assembly in controlled conditions ensure high quality and reliability.
Manufacturing and assembly in controlled conditions ensure high quality and reliability.
Our solutions adapt to the quality of the source water and your specific requirements. We guarantee stable fresh water quality for any purpose.
We use reverse osmosis, the world’s leading desalination method. Our systems:
Advantages:
Time and cost savings: