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36T/H Brackish Water Desalination System
The 36T/H brackish water desalination system is an industrial reverse osmosis plant with a rated product-water capacity of 36m³/h (36000L/H). It is designed to reduce dissolved salts, hardness and other impurities in brackish groundwater, saline well water and suitable industrial source water.
The system combines customized pretreatment, high-pressure pumping and brackish-water RO membranes. It is suitable for factories, mining sites, communities, industrial parks and other large-scale freshwater-production projects.
The 36T/H brackish water desalination system is an industrial reverse osmosis plant with a rated product-water capacity of 36m³/h (36000L/H). It is designed to reduce dissolved salts, hardness and other impurities in brackish groundwater, saline well water and suitable industrial source water.
The system combines customized pretreatment, high-pressure pumping and brackish-water RO membranes. It is suitable for factories, mining sites, communities, industrial parks and other large-scale freshwater-production projects.
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Product Description
1. Key Specifications & Capacity |
|
Technical Item
|
System Standard / Feature
|
|
Product Name
|
36T/H Industrial Brackish Water Reverse Osmosis System
|
|
Rated Output Capacity
|
36 m³/h (36,000 Liters/Hour)
|
|
Operating Capacity Range
|
32 – 38 m³/h
|
|
Desalination Technology
|
Multi-Stage Pretreatment + Single-Pass BWRO
|
|
Operation Mode
|
Fully Automatic / 24/7 Continuous Operation
|
|
Build Configuration
|
Skid-Mounted / Containerized Option Available
|
Note: Actual water yield varies based on raw water salinity (TDS), temperature, inlet pressure, and membrane condition.
2. Applicable Feed-Water Sources |
Our 36,000L/H BWRO plant handles complex brackish water compositions, effectively preventing scaling and membrane fouling for the following water sources:
-
Brackish Groundwater & Saline Borehole Water
-
Mildly Saline Surface Water (Rivers & Lakes)
-
Coastal Aquifers Affected by Saltwater Intrusion
-
High-TDS Industrial Pre-treated Wastewater
3. Product-Water Quality Standards |
|
Parameter
|
Performance Indicator
|
|
Salt Rejection Rate
|
≥ 97%
|
|
Product Water Turbidity
|
≤ 1.0 NTU
|
|
Scaling Ion Removal
|
Hardness, Calcium & Silica significantly reduced
|
|
Suspended Solids (TSS)
|
100% intercepted by pretreatment
|
|
Water Quality Output
|
Low-salinity process water / Potable ready
|
Application Note: Outlet water natively meets standards for industrial process water, equipment cleaning, and boiler feed. For drinking water applications, post-treatment (UV/Ozone disinfection, remineralization) is recommended to meet local standards.
4. System Process Flowchart |
Standard Process (Groundwater & Well Water)
Brackish Water Source → Raw Water Tank → Feed Pump → Multimedia Filter → Activated Carbon Filter → Antiscalant Dosing Unit → 5μm Security Cartridge Filter → High-Pressure Pump → BWRO Membrane Assembly → Permeate Storage Tank
Enhanced Process (High-Turbidity / Surface Water)
Brackish Water Source → Coagulation & Clarification → Ultrafiltration (UF) Module → Security Filter → BWRO System → Permeate Storage Tank
5. Optional Features & Upgrades |
Ultrafiltration (UF) Skid: Advanced pretreatment for high-turbidity or surface water feed. Iron & Manganese Removal Filter: Prevents metal-oxide fouling in groundwater applications. Water Softener & Dosing System: Inhibits scaling in high-hardness feed conditions. Double-Pass RO / EDI System: Produces high-purity water for electronics or pharmaceuticals. UV / Ozone Disinfection: Complete microbial control for drinking water projects. CIP (Clean-in-Place) System: Automated membrane chemical washing to extend service life. PLC & Remote Monitoring: Smart control panel with real-time pressure, flow, and conductivity tracking. Containerized Enclosure: Insulated 20ft/40ft container setup for quick plug-and-play field deployment.
6. Technical Parameters |
|
Specification
|
Technical Standard
|
|
Rated Flow Rate
|
36 m³/h
|
|
Desalination Type
|
Single-Pass Industrial BWRO
|
|
Salt Rejection
|
≥ 97%
|
|
System Recovery Rate
|
50% – 75% (Customized per water analysis)
|
|
Operating Temperature
|
5°C – 45°C
|
|
Control System
|
Siemens / Allen-Bradley PLC Intelligent Control
|
|
Piping Material Options
|
UPVC / Stainless Steel SS304 / SS316
|
|
Power Supply
|
380V / 415V / 460V (50/60Hz, Customizable)
|
7. Industry Applications |
Industrial Parks: Centralized brackish water desalination for manufacturing clusters. Mining & Construction Camps: Safe daily water supply for remote workforce sites. Manufacturing Plants: High-quality process water for food, chemical, and textile production. Boiler Feedwater Pretreatment: Hardness and TDS reduction to protect boiler equipment.Coastal Operations: Mitigation of saltwater intrusion in coastal well systems.Municipal & Rural Water Projects: Scalable drinking water supply for communities.
8. Key Project Case Studies |
• Mining Camp Water Supply: Treated high-salinity borehole water to supply over 1,000 site workers with domestic and process water.
• Industrial Zone Centralized Plant: Reduced raw water TDS, allowing multiple factories to share standardized low-cost fresh water.
• Coastal Groundwater Remediation: Overcame severe saltwater intrusion, lowering feed conductivity to safe municipal standards.
• Boiler Water Treatment: Pre-treated high-hardness well water, drastically reducing scale build-up and maintenance downtime.
9. Frequently Asked Questions (FAQ) |
Q: What feed-water TDS level can this 36T/H BWRO system treat?
A: Standard BWRO systems target brackish water between 1,000 mg/L to 10,000 mg/L TDS. The exact limits depend on membrane selection, temperature, and ionic composition.
Q: Does 36m³/h refer to feed-water intake or product-water output?
A: It refers to the rated product-water output (permeate capacity). Total feed-water intake will be higher based on the calculated system recovery rate.
Q: Is this system rated for 24/7 continuous duty?
A: Yes. The industrial components and automated PLC controls are built for heavy-duty, round-the-clock continuous operation.
Q: Can a BWRO system be used to treat seawater?
A: No. Seawater requires dedicated High-Pressure Seawater Reverse Osmosis (SWRO) systems capable of handling TDS levels exceeding 35,000 mg/L.
Q: Is containerized installation available for remote sites?
A: Yes. We offer fully integrated 20ft or 40ft containerized units with built-in air conditioning, lighting, and CIP systems for turnkey deployment.
Q: Can the treated water be used directly as drinking water?
A: Yes, provided optional post-treatment (UV/Ozone disinfection and remineralization) is configured to comply with local drinking water standards.
10. Request a Customized Quote |
To receive a engineered proposal and exact pricing for your 36T/H BWRO project, please provide the following information:
Water Analysis Report: TDS, hardness, pH, turbidity, silica, iron, manganese, and chloride levels. Water Source & Temperature: Groundwater, surface water, or tap water; seasonal temperature ranges. Target Output Quality: Intended end-use (e.g., boiler feed, irrigation, industrial process, or drinking water). Site Conditions: Available power standard (Voltage/Frequency), daily operating hours, and footprint limits (Skid vs. Containerized).
1. Key Specifications & Capacity |
|
Technical Item
|
System Standard / Feature
|
|
Product Name
|
36T/H Industrial Brackish Water Reverse Osmosis System
|
|
Rated Output Capacity
|
36 m³/h (36,000 Liters/Hour)
|
|
Operating Capacity Range
|
32 – 38 m³/h
|
|
Desalination Technology
|
Multi-Stage Pretreatment + Single-Pass BWRO
|
|
Operation Mode
|
Fully Automatic / 24/7 Continuous Operation
|
|
Build Configuration
|
Skid-Mounted / Containerized Option Available
|
Note: Actual water yield varies based on raw water salinity (TDS), temperature, inlet pressure, and membrane condition.
2. Applicable Feed-Water Sources |
Our 36,000L/H BWRO plant handles complex brackish water compositions, effectively preventing scaling and membrane fouling for the following water sources:
-
Brackish Groundwater & Saline Borehole Water
-
Mildly Saline Surface Water (Rivers & Lakes)
-
Coastal Aquifers Affected by Saltwater Intrusion
-
High-TDS Industrial Pre-treated Wastewater
3. Product-Water Quality Standards |
|
Parameter
|
Performance Indicator
|
|
Salt Rejection Rate
|
≥ 97%
|
|
Product Water Turbidity
|
≤ 1.0 NTU
|
|
Scaling Ion Removal
|
Hardness, Calcium & Silica significantly reduced
|
|
Suspended Solids (TSS)
|
100% intercepted by pretreatment
|
|
Water Quality Output
|
Low-salinity process water / Potable ready
|
Application Note: Outlet water natively meets standards for industrial process water, equipment cleaning, and boiler feed. For drinking water applications, post-treatment (UV/Ozone disinfection, remineralization) is recommended to meet local standards.
4. System Process Flowchart |
Standard Process (Groundwater & Well Water)
Brackish Water Source → Raw Water Tank → Feed Pump → Multimedia Filter → Activated Carbon Filter → Antiscalant Dosing Unit → 5μm Security Cartridge Filter → High-Pressure Pump → BWRO Membrane Assembly → Permeate Storage Tank
Enhanced Process (High-Turbidity / Surface Water)
Brackish Water Source → Coagulation & Clarification → Ultrafiltration (UF) Module → Security Filter → BWRO System → Permeate Storage Tank
5. Optional Features & Upgrades |
Ultrafiltration (UF) Skid: Advanced pretreatment for high-turbidity or surface water feed. Iron & Manganese Removal Filter: Prevents metal-oxide fouling in groundwater applications. Water Softener & Dosing System: Inhibits scaling in high-hardness feed conditions. Double-Pass RO / EDI System: Produces high-purity water for electronics or pharmaceuticals. UV / Ozone Disinfection: Complete microbial control for drinking water projects. CIP (Clean-in-Place) System: Automated membrane chemical washing to extend service life. PLC & Remote Monitoring: Smart control panel with real-time pressure, flow, and conductivity tracking. Containerized Enclosure: Insulated 20ft/40ft container setup for quick plug-and-play field deployment.
6. Technical Parameters |
|
Specification
|
Technical Standard
|
|
Rated Flow Rate
|
36 m³/h
|
|
Desalination Type
|
Single-Pass Industrial BWRO
|
|
Salt Rejection
|
≥ 97%
|
|
System Recovery Rate
|
50% – 75% (Customized per water analysis)
|
|
Operating Temperature
|
5°C – 45°C
|
|
Control System
|
Siemens / Allen-Bradley PLC Intelligent Control
|
|
Piping Material Options
|
UPVC / Stainless Steel SS304 / SS316
|
|
Power Supply
|
380V / 415V / 460V (50/60Hz, Customizable)
|
7. Industry Applications |
Industrial Parks: Centralized brackish water desalination for manufacturing clusters. Mining & Construction Camps: Safe daily water supply for remote workforce sites. Manufacturing Plants: High-quality process water for food, chemical, and textile production. Boiler Feedwater Pretreatment: Hardness and TDS reduction to protect boiler equipment.Coastal Operations: Mitigation of saltwater intrusion in coastal well systems.Municipal & Rural Water Projects: Scalable drinking water supply for communities.
8. Key Project Case Studies |
• Mining Camp Water Supply: Treated high-salinity borehole water to supply over 1,000 site workers with domestic and process water.
• Industrial Zone Centralized Plant: Reduced raw water TDS, allowing multiple factories to share standardized low-cost fresh water.
• Coastal Groundwater Remediation: Overcame severe saltwater intrusion, lowering feed conductivity to safe municipal standards.
• Boiler Water Treatment: Pre-treated high-hardness well water, drastically reducing scale build-up and maintenance downtime.
9. Frequently Asked Questions (FAQ) |
Q: What feed-water TDS level can this 36T/H BWRO system treat?
A: Standard BWRO systems target brackish water between 1,000 mg/L to 10,000 mg/L TDS. The exact limits depend on membrane selection, temperature, and ionic composition.
Q: Does 36m³/h refer to feed-water intake or product-water output?
A: It refers to the rated product-water output (permeate capacity). Total feed-water intake will be higher based on the calculated system recovery rate.
Q: Is this system rated for 24/7 continuous duty?
A: Yes. The industrial components and automated PLC controls are built for heavy-duty, round-the-clock continuous operation.
Q: Can a BWRO system be used to treat seawater?
A: No. Seawater requires dedicated High-Pressure Seawater Reverse Osmosis (SWRO) systems capable of handling TDS levels exceeding 35,000 mg/L.
Q: Is containerized installation available for remote sites?
A: Yes. We offer fully integrated 20ft or 40ft containerized units with built-in air conditioning, lighting, and CIP systems for turnkey deployment.
Q: Can the treated water be used directly as drinking water?
A: Yes, provided optional post-treatment (UV/Ozone disinfection and remineralization) is configured to comply with local drinking water standards.
10. Request a Customized Quote |
To receive a engineered proposal and exact pricing for your 36T/H BWRO project, please provide the following information:
Water Analysis Report: TDS, hardness, pH, turbidity, silica, iron, manganese, and chloride levels. Water Source & Temperature: Groundwater, surface water, or tap water; seasonal temperature ranges. Target Output Quality: Intended end-use (e.g., boiler feed, irrigation, industrial process, or drinking water). Site Conditions: Available power standard (Voltage/Frequency), daily operating hours, and footprint limits (Skid vs. Containerized).Previous: 5T/H Brackish Water Desalination System
Next: No more data
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