LARGE SEAWATER REVERSE OSMOSIS Series (LSWRO)
INDUSTRIAL SEAWATER SYSTEMS
ADVANCEES Industrial Seawater RO Systems (LSWRO) start at 150,000 GPD, designed as a single pass and double pass RO system supporting industrial applications with high quality components at the best price in the market. All Advanced Equipment and Services’s pre-engineered units are functionally tested at our factory minimizing installation and start up time.
Industrial Desalination System
These pre-engineered, pre-assembled, and factory-tested units minimize installation and start-up time. Industrial Seawater RO Systems – LSWRO Series – provide remote monitoring and have the option of Hybrid, Solar, and/or Container assembling.
Performance
| Model | Output (GPD) | Output (M3/D) | Product (GPM) | Feed (GPM) | Reject (GPM) | Recovery (%) |
|---|---|---|---|---|---|---|
| LSWRO-0200 | 199965 | 757.0 | 138.9 | 308.6 | 169.8 | 45 |
| LSWRO-0250 | 249957 | 946.0 | 173.6 | 385.4 | 212.2 | 45 |
| LSWRO-0500 | 499913 | 1892.0 | 347.2 | 771.6 | 424.4 | 45 |
| LSWRO-0660 | 660000 | 2497.0 | 458.3 | 916.6 | 458.3 | 50 |
Specifications
| Model | Membranes Qty | Membranes Size | Pump (HP) | Weight (lbs) | Weight (kgs) | System Size (Inch) | Connections Size (Feed) | Connections Size (Product) | Connections Size (Reject) |
|---|---|---|---|---|---|---|---|---|---|
| LSWRO-0200 | 42 | 8" | 150 | 7300 | 3319 | 290x52x67 | 4" | 3" | 4" |
| LSWRO-0250 | 60 | 8" | 175 | 9000 | 4502 | 290x66x67 | 6" | 4" | 6" |
| LSWRO-0500 | 120 | 8" | 200 | 11500 | 5229 | 290x66x67 | 8" | 4" | 6" |
| LSWRO-0660 | 161 | 8" | 250 | 14500 | 6593 | 380x96x84 | 8" | 4" | 6" |
WE ADAPT TO YOUR NEEDS!
Although we have these pre-designed and engineered systems, we are flexible to adapt to customer needs and design any system based on business requirements.
SKID MOUNTED
Easy to transport and install, with a small footprint for reduced spaces
CONTAINERIZED
Work in the most harsh and corrosive conditions with our containerized systems
SOLAR / hybrid
Ensure operation with our full solar or hybrid system
Key Features
Standard
Essential components included for reliable and efficient performance.
- Membrane flux rate below 10 GFD to extend membrane life and minimize fouling.
- Reciprocating pumps with nickel aluminum bronze fluid end; sized at no more than 65% of the maximum rated RPM.
- Suction and discharge pulsation dampeners (non-corrosive) or a non-pulsating type pump (depending on capacity)
- Dual or triplex multi-media filtration sized for manual or automatic backwash of one while continuing system operation
- Cartridge filtration
- Automatic inlet feed valve
- Automatic feed water flush on startup
- Automatic product water flush on shutdown
- Conductivity monitor/controller driven product diverter valve to dump unacceptable water
- Permanently piped membrane cleaning system.
- PLC driven control panel
- Energy recovery system (Turbo or Pressure exchangers) based on customer need
- Passivation treatment of all welded SS316L, Super Duplex S.S. piping
- 15″ HMI for operator interface
- Digital flow meter and pressure transducers
- Nema 4X electrical equipment
- Remote control monitoring
- TEFC electric motors
- Compact footprint
optional equipment
Additional features to customize the system for specific needs.
- Remote control
- UV sterilization
- Chlorination
- Dechlorination
- PH adjust
- MM filters ( sand, antracite, activate carbon )
- Ion exchanger
- Corrosion inhibitor
- Turbidity monitor
Frequently Asked Questions (FAQs)
What is industrial desalination?
Desalination may help solve water shortages and treat problematic wastewaters in a variety of sectors, including oil, gas and mining.
How does industrial desalination work?
Desalination separates water molecules from seawater using reverse osmosis technology. Under extreme pressure, seawater is pushed through thousands of tightly wrapped, semipermeable membranes. Smaller water molecules pass through the membranes, leaving salt and other contaminants behind.
Why does desalination require lots of energy?
Because of the energy necessary to remove salts and other dissolved solids from water, desalination is an energy-intensive process. The actual pressure required for functioning is around two times the osmotic pressure; for seawater, this equates to about 800–1,000 pounds per square inch.
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