Real-Time Gas Exposure and Force Detection Framework for Industrial Safety Applications

This project presents a real-time industrial safety monitoring framework that combines gas exposure detection and force-sensitive event monitoring using an Arduino Uno platform. The system employs a gas sensor to continuously detect hazardous gas concentrations and an FSR (Force Sensitive Resistor) sensor to identify pressure-based interactions, impacts, or occupancy conditions. Sensor data are processed by the Arduino Uno and displayed on an OLED screen for instant visualization. The proposed framework enhances workplace safety by providing continuous environmental monitoring, early hazard detection, and real-time operational awareness, making it suitable for industrial plants, laboratories, storage facilities, and smart safety applications.

Key Features

• Real-time hazardous gas detection

• Pressure/force monitoring using FSR technology

• OLED-based live data display

• Early warning and safety monitoring

• Low-cost embedded architecture

• Suitable for industrial and smart safety environments

Application Areas

• Industrial Safety Monitoring

• Chemical Storage Facilities

• Gas Leakage Detection Systems

• Smart Workplace Safety

• Laboratory Safety Monitoring

• Human Presence and Pressure Detection Systems