80,000 L/h Net Output
Rated product-water capacity with an adjustable operating range of approximately 72–88 m³/h.
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80m³/h Industrial Reverse Osmosis System
The 80T/H Industrial Reverse Osmosis (RO) Water Treatment System is a heavy-duty large-capacity industrial water purification plant with a rated output of 80m³/h (80,000L/H). It integrates multi-stage pretreatment and high-performance industrial RO membrane technology to efficiently remove dissolved salts, hardness, heavy metals, organic impurities and microorganisms from raw water, delivering stable high-quality purified water for large-scale industrial parks, municipal water supply, large manufacturing plants and centralized water supply projects.
The 80T/H Industrial Reverse Osmosis (RO) Water Treatment System is a heavy-duty large-capacity industrial water purification plant with a rated output of 80m³/h (80,000L/H). It integrates multi-stage pretreatment and high-performance industrial RO membrane technology to efficiently remove dissolved salts, hardness, heavy metals, organic impurities and microorganisms from raw water, delivering stable high-quality purified water for large-scale industrial parks, municipal water supply, large manufacturing plants and centralized water supply projects.
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Product Description
Large-Scale Industrial RO Equipment
80m³/h Industrial Reverse Osmosis System
A modular 80,000 L/h water purification plant combining customized pretreatment, industrial 8040 RO membranes and automatic PLC control for reliable continuous industrial water supply.
Product Capacity
Large-Flow Purified WaterDesigned for industrial parks, water plants and large manufacturing facilities, the system reduces dissolved salts and hardness while maintaining stable product-water conductivity.
Two-Stage Hydraulic Array
Single-pass RO configuration designed to improve recovery without a second permeate pass.
Modular Multi-Skid Design
Supports transportation, installation, future expansion and optional redundant trains.
Actual output depends on feedwater TDS, temperature, operating pressure and membrane condition. View more industrial reverse osmosis equipment.
Suitable Raw Water
Customized PretreatmentMunicipal Tap WaterStandard industrial purification projects.
Borehole & Deep-Well WaterPretreatment based on hardness, iron and manganese.
GroundwaterLow- and medium-TDS sources.
Brackish WaterRequires a dedicated BWRO membrane and pressure design.
Surface WaterRiver, lake or reservoir water after suitable clarification.
Treated WastewaterAfter biological treatment and advanced filtration.
A complete water analysis is required to select pretreatment, membrane type, recovery and operating pressure. For elevated salinity, see our brackish water desalination systems.
Product-Water Quality
Design-Dependent Performance97%–99%Typical salt rejection under specified design conditions
Final TDS and conductivity are calculated from the actual feedwater analysis and selected membrane projection.
Significant reduction of hardness and dissolved minerals
Stable product-water TDS and conductivity
Reduction of many dissolved metals and ionic contaminants
Water suitable for specified industrial processes
Drinking-water applications require suitable disinfection, remineralization and final testing against local requirements.
Typical Treatment Process
Engineered Around FeedwaterStandard Process
Raw-Water Tank
Feed Pump
Multimedia Filter
Activated Carbon
Softener / Dosing
5 μm Filter
High-Pressure Pump
Two-Stage RO
Product-Water Tank
High-Turbidity Process
Coagulation
Clarification
Ultrafiltration
Cartridge Filter
RO System
Pretreatment is selected according to turbidity, SDI, hardness, iron, manganese, silica, organics and microbiological conditions. Explore ultrafiltration pretreatment.
Optional Configurations
Build to RequirementEnergy-recovery equipment is evaluated only for suitable high-pressure and high-salinity projects.
Technical Parameters
Typical Specifications| Parameter | Typical Specification |
|---|---|
| Net product-water capacity | 80 m³/h |
| Maximum daily output | 1,920 m³/day |
| Standard feedwater TDS | ≤2,000 mg/L |
| BWRO feedwater TDS | 2,000–10,000 mg/L, customized |
| Salt rejection | 97%–99% |
| Recovery rate | 50%–75% |
| Feedwater at 70% recovery | Approximately 114.3 m³/h |
| Concentrate at 70% recovery | Approximately 34.3 m³/h |
| RO membrane | Industrial 8040 membrane |
| RO arrangement | Single-pass, two-stage hydraulic array |
| Cartridge filter | 5 μm |
| Operating temperature | 5–40°C |
| Control system | Automatic PLC + HMI |
| Monitoring | Pressure, flow, conductivity and tank level |
| Protection | Low-water, high/low-pressure and pump protection |
| Piping | UPVC, SS304 or SS316 |
| Power supply | 380V/415V, 50/60Hz, customizable |
| Installation | Modular skid-mounted or multi-container |
| Warranty | One year |
All parameters are confirmed through water analysis and professional membrane projection.
Applications
Industries & ProjectsIndustrial ParksCentralized water supply for manufacturing clusters.
Municipal Water ProjectsLarge-scale purified-water production.
Food & BeverageProcess, ingredient and cleaning-water systems.
Chemical & PharmaceuticalIndustrial production-water pretreatment.
Textile & DyeingStable low-salinity process water.
Power PlantsBoiler-feedwater pretreatment.
Mining & MineralsLarge-flow site water purification.
Electronics ManufacturingFeedwater for higher-purity treatment.
Wastewater ReuseAdvanced treatment after proper pretreatment.
Higher-purity applications may require double-pass RO, EDI or mixed-bed polishing.
Frequently Asked Questions
Technical AnswersWhat feedwater TDS can the system treat?
Standard configuration is generally for TDS below 2,000 mg/L. Feedwater from 2,000–10,000 mg/L requires dedicated BWRO design; seawater requires SWRO.
Does 80m³/h refer to feedwater?
No. It is the net purified-water output. At 70% recovery, feedwater demand is approximately 114.3 m³/h.
Can the system operate continuously?
Yes. For uninterrupted 24/7 supply, two RO trains, duty/standby pumps and adequate storage are recommended.
Two-stage or double-pass RO?
Two-stage sends first-stage concentrate to a second hydraulic stage to improve recovery. Double-pass treats first-pass permeate again for lower conductivity.
Can capacity be expanded later?
Yes. Additional RO skids can be installed when piping, electrical capacity and space are reserved during initial design.
Can product water be used for drinking?
Yes, with appropriate disinfection, remineralization and final testing according to local regulations.
Information Required for Quotation
Project InputGet an Accurate RO Proposal
Provide the project data below so our engineers can confirm pretreatment, membrane projection, recovery, materials and automation.
Complete raw-water analysis
Source and seasonal variations
Required net capacity
Target TDS or conductivity
Final water application
Daily operating hours
Water temperature
Local voltage and frequency
Available installation space
Preferred component brands
Piping and frame materials
Project location and port
Installation and commissioning needs
Planning an 80m³/h RO Project?
Send Zhongnuo your water analysis and specifications for a customized process design and quotation.
Large-Scale Industrial RO Equipment
80m³/h Industrial Reverse Osmosis System
A modular 80,000 L/h water purification plant combining customized pretreatment, industrial 8040 RO membranes and automatic PLC control for reliable continuous industrial water supply.
Product Capacity
Large-Flow Purified WaterDesigned for industrial parks, water plants and large manufacturing facilities, the system reduces dissolved salts and hardness while maintaining stable product-water conductivity.
80,000 L/h Net Output
Rated product-water capacity with an adjustable operating range of approximately 72–88 m³/h.
Two-Stage Hydraulic Array
Single-pass RO configuration designed to improve recovery without a second permeate pass.
Modular Multi-Skid Design
Supports transportation, installation, future expansion and optional redundant trains.
Actual output depends on feedwater TDS, temperature, operating pressure and membrane condition. View more industrial reverse osmosis equipment.
Suitable Raw Water
Customized PretreatmentMunicipal Tap WaterStandard industrial purification projects.
Borehole & Deep-Well WaterPretreatment based on hardness, iron and manganese.
GroundwaterLow- and medium-TDS sources.
Brackish WaterRequires a dedicated BWRO membrane and pressure design.
Surface WaterRiver, lake or reservoir water after suitable clarification.
Treated WastewaterAfter biological treatment and advanced filtration.
A complete water analysis is required to select pretreatment, membrane type, recovery and operating pressure. For elevated salinity, see our brackish water desalination systems.
Product-Water Quality
Design-Dependent Performance97%–99%Typical salt rejection under specified design conditions
Final TDS and conductivity are calculated from the actual feedwater analysis and selected membrane projection.
Significant reduction of hardness and dissolved minerals
Stable product-water TDS and conductivity
Reduction of many dissolved metals and ionic contaminants
Water suitable for specified industrial processes
Drinking-water applications require suitable disinfection, remineralization and final testing against local requirements.
Typical Treatment Process
Engineered Around FeedwaterStandard Process
Raw-Water Tank
Feed Pump
Multimedia Filter
Activated Carbon
Softener / Dosing
5 μm Filter
High-Pressure Pump
Two-Stage RO
Product-Water Tank
High-Turbidity Process
Coagulation
Clarification
Ultrafiltration
Cartridge Filter
RO System
Pretreatment is selected according to turbidity, SDI, hardness, iron, manganese, silica, organics and microbiological conditions. Explore ultrafiltration pretreatment.
Optional Configurations
Build to RequirementEnergy-recovery equipment is evaluated only for suitable high-pressure and high-salinity projects.
Technical Parameters
Typical Specifications| Parameter | Typical Specification |
|---|---|
| Net product-water capacity | 80 m³/h |
| Maximum daily output | 1,920 m³/day |
| Standard feedwater TDS | ≤2,000 mg/L |
| BWRO feedwater TDS | 2,000–10,000 mg/L, customized |
| Salt rejection | 97%–99% |
| Recovery rate | 50%–75% |
| Feedwater at 70% recovery | Approximately 114.3 m³/h |
| Concentrate at 70% recovery | Approximately 34.3 m³/h |
| RO membrane | Industrial 8040 membrane |
| RO arrangement | Single-pass, two-stage hydraulic array |
| Cartridge filter | 5 μm |
| Operating temperature | 5–40°C |
| Control system | Automatic PLC + HMI |
| Monitoring | Pressure, flow, conductivity and tank level |
| Protection | Low-water, high/low-pressure and pump protection |
| Piping | UPVC, SS304 or SS316 |
| Power supply | 380V/415V, 50/60Hz, customizable |
| Installation | Modular skid-mounted or multi-container |
| Warranty | One year |
All parameters are confirmed through water analysis and professional membrane projection.
Applications
Industries & ProjectsIndustrial ParksCentralized water supply for manufacturing clusters.
Municipal Water ProjectsLarge-scale purified-water production.
Food & BeverageProcess, ingredient and cleaning-water systems.
Chemical & PharmaceuticalIndustrial production-water pretreatment.
Textile & DyeingStable low-salinity process water.
Power PlantsBoiler-feedwater pretreatment.
Mining & MineralsLarge-flow site water purification.
Electronics ManufacturingFeedwater for higher-purity treatment.
Wastewater ReuseAdvanced treatment after proper pretreatment.
Higher-purity applications may require double-pass RO, EDI or mixed-bed polishing.
Frequently Asked Questions
Technical AnswersWhat feedwater TDS can the system treat?
Standard configuration is generally for TDS below 2,000 mg/L. Feedwater from 2,000–10,000 mg/L requires dedicated BWRO design; seawater requires SWRO.
Does 80m³/h refer to feedwater?
No. It is the net purified-water output. At 70% recovery, feedwater demand is approximately 114.3 m³/h.
Can the system operate continuously?
Yes. For uninterrupted 24/7 supply, two RO trains, duty/standby pumps and adequate storage are recommended.
Two-stage or double-pass RO?
Two-stage sends first-stage concentrate to a second hydraulic stage to improve recovery. Double-pass treats first-pass permeate again for lower conductivity.
Can capacity be expanded later?
Yes. Additional RO skids can be installed when piping, electrical capacity and space are reserved during initial design.
Can product water be used for drinking?
Yes, with appropriate disinfection, remineralization and final testing according to local regulations.
Information Required for Quotation
Project InputGet an Accurate RO Proposal
Provide the project data below so our engineers can confirm pretreatment, membrane projection, recovery, materials and automation.
Complete raw-water analysis
Source and seasonal variations
Required net capacity
Target TDS or conductivity
Final water application
Daily operating hours
Water temperature
Local voltage and frequency
Available installation space
Preferred component brands
Piping and frame materials
Project location and port
Installation and commissioning needs
Planning an 80m³/h RO Project?
Send Zhongnuo your water analysis and specifications for a customized process design and quotation.
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