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    HomeSolutionsSmart Water & Environmental MonitoringWater Quality Monitoring System

    Solutions

    Driven by reliability, precision, and global compatibility, JW-IoT aims to become a trusted global partner in IoT sensing and smart solution integration.

    Water Quality Monitoring System

    Real-Time Water Quality Monitoring • Multi-Parameter Sensors • LoRaWAN & 4G Connectivity • Cloud-Based Water Management

    Request Water Quality Solution

    Challengesin Modern Water Quality Management

    Water quality monitoring is becoming increasingly important for aquaculture farms, reservoirs, rivers, drinking water sources, wastewater treatment plants, and environmental protection projects. Traditional manual sampling is often time-consuming, delayed, and unable to provide continuous data for early warning and management decisions.

    • Delayed Manual Testing

      Manual water sampling cannot provide real-time data, making it difficult to detect sudden changes in water quality.

    • Unstable Dissolved Oxygen Levels

      Low dissolved oxygen may cause fish stress, aquaculture losses, odor problems, or poor treatment efficiency.

    • Pollution Risk and Abnormal Water Events

      Changes in pH, turbidity, conductivity, ammonia nitrogen, COD, or other parameters may indicate pollution discharge or water ecosystem risk.

    • Lack of Centralized Monitoring

      Many sites still rely on independent instruments, making it difficult to manage multiple monitoring points from one platform.

    • High Labor and Maintenance Cost

      Frequent manual inspection increases operational cost and cannot support 24-hour risk prevention.

    JW-IoT Water Quality Monitoring Solution

    JW-IoT provides a complete IoT-based water quality monitoring system designed for real-time data collection, remote transmission, cloud visualization, alarm management, and long-term environmental analysis.

    • Multi-Parameter Water Quality Monitoring
      · Dissolved Oxygen
      · pH
      · ORP
      · Conductivity
      · TDS
      · Salinity
      · Turbidity
      · Temperature
      · Ammonia Nitrogen
      · COD
      · BOD
      · Chlorophyll
      · Blue-Green Algae
      · Suspended Solids
      · Water Level
    • Aquaculture Water Quality Monitoring
      · Real-time dissolved oxygen monitoring
      · pH and temperature monitoring
      · Salinity monitoring for shrimp farming
      · Low oxygen alarm
      · Aerator control linkage
      · Historical water quality trend analysis
      · Mobile app remote monitoring
    • River and Reservoir Monitoring
      · River water quality monitoring
      · Reservoir water quality monitoring
      · Drinking water source monitoring
      · Pollution event early warning
      · Remote data transmission
      · Solar-powered field deployment
      · Cloud-based multi-site management
    • Wastewater and Industrial Water Monitoring
      · Online pH monitoring
      · Turbidity and conductivity monitoring
      · COD and ammonia nitrogen monitoring
      · Discharge water quality tracking
      · Abnormal data alarm
      · Data report export
      · API integration with third-party platforms
    • Communication Options
      · LoRaWAN for large-scale distributed monitoring
      · 4G LTE for remote outdoor stations
      · RS485 Modbus sensor integration
      · NB-IoT for low-power applications
      · Ethernet for fixed monitoring stations
      · MQTT / HTTP API for cloud integration
    • Cloud Platform Features
      · Real-time water quality dashboard
      · Multi-parameter data visualization
      · Alarm and notification management
      · Historical data trend analysis
      · Mobile app access
      · Multi-site project management
      · Data export and reporting
      · API integration
      · User permission management

    ArchitectureOverview

    Water Quality Sensors → IoT Data Logger → LoRaWAN / 4G Gateway → Cloud Server → Web / Mobile App → Alarm / Control System

    • Field Layer

      Water quality sensors are deployed in ponds, rivers, reservoirs, tanks, wastewater outlets, or aquaculture channels to collect real-time data.

    • Data Acquisition Layer

      The IoT data logger collects sensor signals through RS485, analog signal, or digital interface and processes the data locally.

    • Communication Layer

      Data is transmitted to the cloud platform through LoRaWAN, 4G, NB-IoT, or wired Ethernet depending on site conditions.

    • Cloud Layer

      The cloud platform provides centralized monitoring, alarm management, data analysis, and project-level visualization.

    Case Study– 40 Hectare Smart Shrimp Farm Project

    Driven by reliability, precision, and global compatibility, JW-IoT aims to become a trusted global partner in IoT sensing and smart solution integration.

    Project Type: Water Quality Monitoring and Smart Aeration Control for Shrimp Farming

    Project Scale: 40 hectares

    Communication:LoRaWAN + 4G Gateway

    • Deployment:

      · 80 Dissolved Oxygen Sensor Nodes
      · 40 pH and Temperature Monitoring Points
      · 20 Salinity Sensors
      · 20 Water Level Monitoring Points
      · 60 Aerator Control Channels
      · 8 LoRaWAN Gateways
      · 1 Cloud-Based Aquaculture Management Platform

    • Results:

      ✔ 24-hour real-time dissolved oxygen monitoring
      ✔ Faster response to low-oxygen risk events
      ✔ Improved shrimp pond management efficiency
      ✔ Reduced manual water quality inspection workload
      ✔ Smart aerator control based on water quality data
      ✔ Centralized monitoring of all ponds from one dashboard
      ✔ Lower energy waste caused by unnecessary aerator operation

    Why Choose JW-IoT?

    Empower Your Smart Solutions

    Empower Your Smart Solutions

    • Scenario-Driven Architecture

    • Compatible With Existing Greenhouse Motors

    • OEM / White Label Support

    • Multi-Protocol Integration

    • Modular & Scalable Design

    • Remote Technical Support

    Empower Your Smart Solutions

    • Scenario-Driven Architecture

    • Compatible With Existing Greenhouse Motors

    • OEM / White Label Support

    • Multi-Protocol Integration

    • Modular & Scalable Design

    • Remote Technical Support

    Scopeof Applications

    JW-IoT aims to become a trusted global partner in IoT sensing and smart solution integration.

    • Suitable For

      Rivers and Reservoirs

    • Suitable For

      Drinking Water Source Monitoring

    • Suitable For

      Wastewater Treatment Plants

    Ready to Build Your Water Quality Monitoring System?

    • Get Free System Design
    • Request Quotation
    • Speak with Technical Engineer
    Contact Us

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