48T/H Brackish Water Desalination System for Industrial Park



Industrial Park Water Supply Project

48T/H Brackish Water Desalination System for Industrial Park

A centralized industrial BWRO plant converting high-TDS borehole water into stable low-salinity water for factories operating on different production schedules.

48m³/hProduct-water capacity
1,152m³/dayMaximum daily output
97–99%Typical salt rejection
60–75%Design recovery range

Project Information

Project at a Glance
Application Centralized industrial water supply
Raw water Brackish borehole water
Product-water capacity 48m³/h (48,000L/h)
Maximum daily output 1,152m³/day
Main process Pretreatment + antiscalant dosing + BWRO
RO membrane Industrial 8040 BWRO membrane
Installation Modular skid-mounted construction
Control system Automatic PLC + HMI
Actual recovery and product-water quality depend on the raw-water analysis, temperature and final membrane design.

Customer Challenges

Water Supply Problems
01

Limited Freshwater

The industrial park lacked a reliable freshwater source for continuous production.

02

High TDS

Local borehole water contained excessive dissolved salts and was unsuitable for direct use.

03

High Hardness

Calcium and magnesium created serious scaling risks in equipment and pipelines.

04

Variable Water Quality

Groundwater conditions changed and required a treatment system with stable performance.

05

Continuous Demand

Factories working different shifts required dependable centralized water production.

06

Complex Management

Separate treatment units increased maintenance, labor and water-quality management difficulty.

Customized Solution

Centralized BWRO Design

Zhongnuo designed a modular 48m³/h BWRO plant with multi-stage pretreatment, automatic control and an independent membrane-cleaning system. Centralized treatment provides unified water quality while simplifying park-wide operation and maintenance.

Multimedia Filtration

Removes suspended solids and reduces turbidity before the RO stage.

Activated Carbon Filtration

Improves feedwater quality and protects downstream treatment components.

Antiscalant Dosing

Controls mineral precipitation and reduces BWRO membrane scaling.

BWRO Desalination

Industrial 8040 membranes reduce dissolved salts, hardness and conductivity.

Automatic PLC + HMI

Controls production, flushing, alarms, tank levels and system protection.

Independent CIP Unit

Supports controlled chemical cleaning and long-term membrane maintenance.

Treatment Process

Process Flow
Brackish Borehole WaterRaw-Water TankFeed PumpMultimedia FilterActivated CarbonAntiscalant Dosing5μm Cartridge FilterHigh-Pressure PumpBWRO SystemProduct-Water TankDistribution Network
Iron removal, softening, clarification or ultrafiltration can be added when required by the complete raw-water analysis.

Main System Features

Industrial Configuration

Stable 48m³/h Output

Large-flow production supports multiple factories and different production shifts.

8040 BWRO Membranes

Industrial high-rejection membranes selected for brackish groundwater.

Modular Skid Design

Factory-assembled construction simplifies installation and future expansion.

Online Monitoring

Flow, pressure and conductivity are monitored during operation.

Automatic Flushing

Programmed flushing helps maintain stable membrane performance.

Optional Two-Train Design

Independent trains can provide operational flexibility and redundancy.

Project Results

Before & After

Before Treatment

  • High-TDS borehole water
  • Hardness and scaling problems
  • Unstable water quality
  • Dependence on external freshwater
  • Separate treatment and maintenance

After Treatment

  • Stable low-TDS industrial water
  • Reduced hardness and dissolved salts
  • Lower equipment-scaling risk
  • Unified water quality across the park
  • Simplified centralized management

Operational Benefits

Value for the Industrial Park
01

Centralized Supply

One treatment plant supplies multiple production areas through a unified network.

02

Consistent Water Quality

Factories receive stable water despite changes in borehole-water conditions.

03

Lower Scaling Risk

Reduced salt and hardness levels help protect industrial equipment.

04

Simple Management

PLC automation and centralized monitoring reduce daily operating complexity.

05

Continuous Operation

The industrial design supports round-the-clock water production when required.

06

Expandable Design

Modular construction supports future capacity or treatment upgrades.

Planning an Industrial Park BWRO Project?

Send us your raw-water report, required capacity and product-water standard for a customized process design and quotation.


Industrial Park Water Supply Project

48T/H Brackish Water Desalination System for Industrial Park

A centralized industrial BWRO plant converting high-TDS borehole water into stable low-salinity water for factories operating on different production schedules.

48m³/hProduct-water capacity
1,152m³/dayMaximum daily output
97–99%Typical salt rejection
60–75%Design recovery range

Project Information

Project at a Glance
Application Centralized industrial water supply
Raw water Brackish borehole water
Product-water capacity 48m³/h (48,000L/h)
Maximum daily output 1,152m³/day
Main process Pretreatment + antiscalant dosing + BWRO
RO membrane Industrial 8040 BWRO membrane
Installation Modular skid-mounted construction
Control system Automatic PLC + HMI
Actual recovery and product-water quality depend on the raw-water analysis, temperature and final membrane design.

Customer Challenges

Water Supply Problems
01

Limited Freshwater

The industrial park lacked a reliable freshwater source for continuous production.

02

High TDS

Local borehole water contained excessive dissolved salts and was unsuitable for direct use.

03

High Hardness

Calcium and magnesium created serious scaling risks in equipment and pipelines.

04

Variable Water Quality

Groundwater conditions changed and required a treatment system with stable performance.

05

Continuous Demand

Factories working different shifts required dependable centralized water production.

06

Complex Management

Separate treatment units increased maintenance, labor and water-quality management difficulty.

Customized Solution

Centralized BWRO Design

Zhongnuo designed a modular 48m³/h BWRO plant with multi-stage pretreatment, automatic control and an independent membrane-cleaning system. Centralized treatment provides unified water quality while simplifying park-wide operation and maintenance.

Multimedia Filtration

Removes suspended solids and reduces turbidity before the RO stage.

Activated Carbon Filtration

Improves feedwater quality and protects downstream treatment components.

Antiscalant Dosing

Controls mineral precipitation and reduces BWRO membrane scaling.

BWRO Desalination

Industrial 8040 membranes reduce dissolved salts, hardness and conductivity.

Automatic PLC + HMI

Controls production, flushing, alarms, tank levels and system protection.

Independent CIP Unit

Supports controlled chemical cleaning and long-term membrane maintenance.

Treatment Process

Process Flow
Brackish Borehole WaterRaw-Water TankFeed PumpMultimedia FilterActivated CarbonAntiscalant Dosing5μm Cartridge FilterHigh-Pressure PumpBWRO SystemProduct-Water TankDistribution Network
Iron removal, softening, clarification or ultrafiltration can be added when required by the complete raw-water analysis.

Main System Features

Industrial Configuration

Stable 48m³/h Output

Large-flow production supports multiple factories and different production shifts.

8040 BWRO Membranes

Industrial high-rejection membranes selected for brackish groundwater.

Modular Skid Design

Factory-assembled construction simplifies installation and future expansion.

Online Monitoring

Flow, pressure and conductivity are monitored during operation.

Automatic Flushing

Programmed flushing helps maintain stable membrane performance.

Optional Two-Train Design

Independent trains can provide operational flexibility and redundancy.

Project Results

Before & After

Before Treatment

  • High-TDS borehole water
  • Hardness and scaling problems
  • Unstable water quality
  • Dependence on external freshwater
  • Separate treatment and maintenance

After Treatment

  • Stable low-TDS industrial water
  • Reduced hardness and dissolved salts
  • Lower equipment-scaling risk
  • Unified water quality across the park
  • Simplified centralized management

Operational Benefits

Value for the Industrial Park
01

Centralized Supply

One treatment plant supplies multiple production areas through a unified network.

02

Consistent Water Quality

Factories receive stable water despite changes in borehole-water conditions.

03

Lower Scaling Risk

Reduced salt and hardness levels help protect industrial equipment.

04

Simple Management

PLC automation and centralized monitoring reduce daily operating complexity.

05

Continuous Operation

The industrial design supports round-the-clock water production when required.

06

Expandable Design

Modular construction supports future capacity or treatment upgrades.

Planning an Industrial Park BWRO Project?

Send us your raw-water report, required capacity and product-water standard for a customized process design and quotation.


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