IoT Based Auto Dosing System

Smart Analytical Sensors:Real-time monitoring of pH, temperature, conductivity, and flow rates.

Integrated IoT Controller:A centralized processing unit that manages device communication and pump logic.

Precision Dosing Pump:Automated delivery units that execute commands based on smart controller logic.

Cloud Connectivity Module:Enables secure transmission of data to cloud servers for global remote access.

Intuitive User Interface (UI):Web and mobile-based dashboards for live monitoring and instant parameter adjustment.

Continuous Tracking:Constant surveillance of fluid parameters ensures no deviation from setpoints.

Wireless Data Transmission:Sensor packets are securely sent to the cloud via Wi-Fi, 4G, or LoRaWAN.

Autonomous Decision-Making:The system calculates dosing requirements instantly based on live chemistry changes.

Remote Control Capability:Operators can override settings or trigger manual doses from any smartphone or PC.

Predictive Maintenance:AI-driven analytics predict pump wear or chemical depletion before failures occur.

Real-Time Precision:Instant adjustments lead to tighter control over chemical concentration and quality.

Global Accessibility:Complete oversight of the system without the need for on-site personnel.

Waste Reduction:Data-driven insights ensure that chemicals are used with maximum efficiency.

Proactive Alerts:Automated notifications for low chemical levels, leak detection, or equipment errors.

Digital Scalability:Easily integrate additional nodes or sensors as your facility grows.

Water & Wastewater:Maintaining strict regulatory pH levels and disinfection standards remotely.

Smart Agriculture:Automated nutrient and hydroponic dosing for optimized crop yields.

Food & Beverage:Real-time control of preservatives and additives for uniform batch quality.

Precision Aquaculture:Monitoring and adjusting water quality parameters in fish farms 24/7.

Chemical Manufacturing:Enhancing safety by monitoring concentration levels in hazardous environments.