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Industrial Reverse Osmosis (RO) Systems
Industrial reverse osmosis systems are engineered to remove salts, minerals, and contaminants—so your facility gets stable water quality, fewer shutdowns, and lower downstream maintenance.
Our RO System Solutions
Different feed waters behave differently. We size the right RO design by salinity (TDS), recovery target, and operating conditions—then match pretreatment and controls to keep membranes stable and uptime high.
Seawater RO Systems
Designed for ocean/high-salinity feeds with corrosion-resistant materials and high-pressure pumping.
· Feedwater: TDS ≈ 35,000+ mg/L
· Typical RO pressure: 55–80 bar
· Best for: coastal/island desalination, marine facilities
· Options: energy recovery devices (ERD) for lower OPEX
· Feedwater: TDS ≈ 35,000+ mg/L
· Typical RO pressure: 55–80 bar
· Best for: coastal/island desalination, marine facilities
· Options: energy recovery devices (ERD) for lower OPEX
Brackish RO Systems
Cost-efficient RO for moderate salinity water, typically with lower pressure and simpler operations.
· Feedwater: TDS ≈ 1,000–10,000 mg/L
· Typical RO pressure: 15–25 bar
· Energy: often 40–80% lower than SWRO (typical)
· Best for: municipal/industrial groundwater or blends
· Feedwater: TDS ≈ 1,000–10,000 mg/L
· Typical RO pressure: 15–25 bar
· Energy: often 40–80% lower than SWRO (typical)
· Best for: municipal/industrial groundwater or blends
Containerized RO Systems
Fully integrated RO plants in standard shipping containers—factory-tested for fast field deployment.
· Format: modular container package
· Deployment: pre-assembled, rapid commissioning
· Best for: emergency relief, mining camps, construction sites
· Benefit: reduced site work, predictable schedule
· Format: modular container package
· Deployment: pre-assembled, rapid commissioning
· Best for: emergency relief, mining camps, construction sites
· Benefit: reduced site work, predictable schedule
SWRO
For high salinity feeds (seawater). Typical RO pressure range: 55–80 bar.
BWRO
For moderate salinity feeds. Typical RO pressure range: 15–25 bar.
Energy
SWRO ~3–5 kWh/m³; BWRO ~0.5–2.5 kWh/m³ (typical ranges).
Deployment
Skid or containerized “plug-and-play” for fast site installation.
Need pricing + a technical proposal?
Send feedwater TDS, flow (m³/h or GPD), target permeate quality, and power supply details..
RO System Comparison
Not sure which configuration fits? Use this side-by-side view to match your feedwater and application.
| Feature | Seawater RO (SWRO) | Brackish RO (BWRO) | Containerized RO |
| Feedwater Type | Seawater (TDS ≈ 35,000+ mg/L) | Brackish (TDS ≈ 1,000–10,000 mg/L) | Flexible – remote or emergency sources |
| Operating Pressure | 55–80 bar (high-pressure pumps) | 15–25 bar (lower pressure) | Selectable by feed salinity (SWRO/BWRO ranges) |
| Energy Consumption | 3–5 kWh/m³ (typical) | 0.5–2.5 kWh/m³ (typical) | Depends on size/design (often optimized) |
| Typical Capacity | Large-scale desalination plants | Mid-size municipal/industrial plants | Small-to-medium (portable skids to multi-MGD) |
| Primary Applications | Municipal desalination, coastal plants | Groundwater treatment, industrial blends | Remote drinking water, disaster relief, mining camps |
| Advantages | Handles highest salinity; robust construction | Lower energy & maintenance costs | Fully integrated & tested; rapid deployment |
Key Features & Benefits
Good RO isn’t only about membranes. It’s about designing an entire system that protects those membranes—so you get stable output, predictable OPEX, and fewer “surprise” shutdowns.
Energy Efficiency & Cost Savings
High-flux membranes and energy recovery (for SWRO) reduce power draw. When you pair correct pretreatment with sensible recovery targets, you also cut chemical use and disposal cost over the system’s life.
Scalability & Flexibility
Modular skids make capacity expansion straightforward. Containerized units support fast “add-on” supply when demand spikes or when a remote site needs water yesterday—not next quarter.
Advanced Membrane Technology
High-rejection membranes deliver ultra-pure permeate. Automated controls monitor key signals (pressure, conductivity, flow) to keep recovery stable and flag maintenance before performance drops.
Quality & Compliance
Industrial-duty build quality with documented testing helps meet project requirements. If you need add-ons like UV, EDI, or specific chemical dosing, we design them as part of the complete process.
Applications & Industries
In my experience, buyers don’t lose sleep over the membrane model number. They lose sleep over reliability, service response, and whether the system keeps producing clean water when conditions aren’t perfect.
Food & Beverage
Stable ingredient/process water for brewing, bottling, dairy—designed to reduce downtime and scaling.
Pharma & Electronics
High-purity water, often with EDI polishing for strict conductivity and quality targets.
Power & Utilities
Boiler feed and cooling tower makeup; integration with ZLD strategies when required.
Oil, Gas & Mining
On-site desalination and reuse to reduce freshwater imports and stabilize operations in remote regions.
Municipal & Commercial
Drinking supply support; containerized options for remote communities and fast deployments.
Emergency & Remote Response
Rapid deployment drinking water packages for disaster relief, camps, and temporary sites.
Frequently Asked Questions
Quick answers for procurement teams and engineers who need clarity before requesting pricing.
Contact Us
Mon – Friday, 10-19 PM
Get In Touch!
WE ARE LOOKING FORWARD TO STARTING A PROJECT WITH YOU!
+86 189 2877 2798
Jiujiang Town, Nanhai District, Foshan City, Guangdong Province, China
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