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    Containerized Brackish Water Reverse Osmsosis (BWRO) System

    BWC1000 Containerized Brackish Water Reverse Osmosis System - 1. System OverviewThe Desal BWC1000 Containerized Brackish Water Reverse Osmosis System is a high-efficiency container-integrated desalination solution developed by FENIGAL. It integrates core components such as pretreatment, reverse osmosis (RO) membranes, and high-pressure pumps into a 40-foot sta

    BWC1000 Containerized Brackish Water Reverse Osmosis System

    The Desal BWC1000 Containerized Brackish Water Reverse Osmosis System is a high-efficiency container-integrated desalination solution developed by FENIGAL. It integrates core components such as pretreatment, reverse osmosis (RO) membranes, and high-pressure pumps into a 40-foot standard container. Most installation and commissioning work is completed before delivery, enabling quick on-site deployment with only simple water, electricity, and pipeline connections.


    Tailored for brackish water with a salinity of 1,000–5,000 mg/L, the system has a rated fresh water production capacity of 42 m³/h. Its produced water meets the standards of the WHO Guidelines for Drinking Water Quality (4th Edition, 2012), making it ideal for scenarios like urban water supply supplementation, large-scale mining operations, power plant auxiliary water, and hotel/resort centralized water supply—effectively solving clean water shortages in brackish water-affected areas.

    1. Core Technical Specifications (Single-Page Clear Version)

    Technical IndicatorUnitBWC1000 Parameter ValueRemarks
    Rated Product Flow ¹m³/h42Based on designed feed water (4,000 ppm salinity, 20℃); contact us for customization under other conditions
    Rated Product Flow (Converted)L/s11.67-
    Rated Recovery Rate ¹%70Standard recovery rate for brackish water desalination; adjustable on demand
    Rated Feed Flowm³/h60Designed to match the processing capacity of RO membrane components
    Max System Pressure ²barg20Normal operating pressure > minimum system pressure; higher pressure available via customization
    RO Membrane SpecificationInch8040Industrial standard 8-inch diameter, 40-inch length membrane elements
    RO Membrane Quantitypcs50Optimal configuration to balance water production efficiency and desalination performance
    Dry Weight ³ton16Excludes weight of operating water or other liquids
    Container Sizeft40Standard 40-foot container for easy transportation and on-site placement
    Rated Power ⁴kW44.4Includes power of feed pump, high-pressure pump (HPP), CIP pump, etc.; excludes intake pump and product water distribution pump
    Energy Consumption ⁴kWh/m³1.06Low energy consumption enabled by IE3 motors and energy-saving RO membranes
    Installed Power ⁵kW70.7Total power of core pumps, CIP system, dosing pumps, and lighting
    Power Input-3PH, 380V AC±10%, 50HzCompatible with industrial standard three-phase power supply


    (Data source: "Technical specifications" chapter in the document; ¹²³⁴⁵ correspond to notes in the document for detailed explanation)

    2. Feed Water & Product Water Quality Standards

    2.1 Feed Water Quality Requirements (Ensuring System Stability)

    Water Quality IndicatorUnitLimitAbnormal Handling Suggestions
    Salinity (TDS) mg/L1,000–5,000Contact us for customized pretreatment if salinity is out of range
    Temperature5–35Avoid low temperature (reduces water production) or high temperature (accelerates membrane aging)
    Turbidity NTU<40Add extra pretreatment (e.g., coagulation) if turbidity exceeds limit
    Chemical Oxygen Demand (COD)mg/L<10Prevent organic fouling of RO membranes
    Ferrous Iron (Fe²⁺)mg/L<0.1Avoid iron deposition and membrane scaling
    Manganese (Mn²⁺)mg/L<0.1Prevent manganese oxidation and membrane flux reduction
    Oil and Greasemg/L0Strictly control oil content to avoid permanent membrane damage

    2.2 Product Water Quality Standards (Meeting Drinking Water Needs)

    Water Quality IndicatorUnitLimitCompliance Basis
    Salinity (TDS) mg/L<500Meets WHO Guidelines for Drinking Water Quality (4th Edition, 2012)
    pH Value-6–8Ensures drinking comfort and pipeline corrosion resistance
    TurbidityNTU<0.2Clear water with no visible suspended solids

    3. System Desalination Process & Core Advantages

    3.1 Desalination Process (Corresponding to Document Diagram)

    Intake Pump → Feed Tank → Feed Pump → (Dosing: Sodium Hypochlorite for disinfection) → Sand Filter (omittable if feed water turbidity <0.3 NTU) → (Dosing: Sodium Bisulfite + Antiscalant for residual chlorine removal & scale prevention) → Security Filter → High-Pressure Pump → RO Unit (fresh water permeates membrane; concentrated brine discharged after pressure relief) → Product Tank


    3.2 Core Advantages

    • Rapid Deployment: Over 80% of installation is completed before delivery; on-site installation time is only 30% of traditional systems (per document comparison data), significantly shortening project cycles.

    • Strong Corrosion Resistance: Uses Sch10 SS316 high-pressure pipes/fittings and heavy-duty anti-corrosion paint; wet components are made of duplex steel, SS904L, or UPVC to resist brackish water erosion.

    • Efficient Filtration Protection: Three-stage filtration (sand filter → security filter → main filter) effectively removes impurities, protecting high-pressure pumps and RO membranes and reducing maintenance costs.

    • Low Energy Consumption: Equipped with high-efficiency HPP, IE3 motors, and low-energy RO membranes, achieving an energy consumption of only 1.06 kWh/m³—lower than industry average levels.

    • Easy Maintenance: Adopts standard parts; in case of malfunctions, the system can be quickly restored (per document "Fast restoring" feature), minimizing downtime.

    4. Application Scenarios

    • Urban & Small-City Water Supply: Supplements water sources in areas with brackish groundwater.

    • Mining Operations: Provides drinking water for mining teams and water for mining processes.

    • Power Plants: Supplies low-salinity water for boiler feed water or cooling towers.

    • Hotels & Resorts: Meets large-scale concentrated water demand for guests and operations.

    • Agricultural Exploitations: Provides qualified irrigation water in arid, brackish water-rich regions.

    5. Ordering & Warranty Information

    5.1 Ordering Codes

    System ModelSystem CodeFilter Kit CodeInsulation Kit Code
    BWC1000-H (Heated)204A109244P009254P007
    BWC1000 (Standard)204A009244P009254P007


    • Filter Kit: Contains filter elements for 1 year of use; extra kits needed if feed water pollution is severe.

    • Insulation Kit: Includes heat insulation layer and air conditioner, suitable for extreme temperature environments.

    5.2 Warranty Policy

    Under proper operation per the Operational Manual, FENIGAL provides a 12-month warranty (starting from commissioning date) or a maximum of 18 months from the production date (per document "Warranty" chapter).

    6. Document Image Marking (Obtain by Location)

    1. System Process Diagram:


    2. Product Appearance Image:

    3. Core Component Image:


    7. Contact Information

    FENIGAL Science and Technology (Wuxi) Co., Ltd.


    • Tel: +86 0510 85163211

    • Mobile: +86 13646187144

    • Address: Room 511, Block B, 100 Dicui Road, Binhu District, Wuxi, Jiangsu, China

    • Website: www.fgwater.com

    • Email: [email protected]

    For more products, please visit: https://www.fgwater.com/Containerized-Water-Purification-System/

    PDF manual download address:Desal BWC series Containerized BWRO system