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This study focuses on enhancing industrial safety through an advanced Industrial Safety System utilizing Internet of Things (IoT) technology., particularly in high-risk indus-tries like petroleum., chemicals., and oil. The system employs various sensors for flame., gas., and environmental monitoring to swiftly detect hazards in real time. At its core is the Arduino UNO., acting as the central processing unit to monitor parameters like temperature., humidity., and light intensity continuously. GSM technology enables rapid communication for prompt alerts to authorized personnel during emergencies. IoT integration facilitates seamless data exchange and remote device control., streamlining efforts and providing swift access to physical devices for a safer industrial environment. The solution aligns with Mechanical Engineering principles., offering a comprehen-sive approach to mitigating accidents caused by factors such as fire., gas leakage., and high temperature. By combining virtual monitoring with risk management., the system allows real-time access to crucial parameters., efficient analysis., identification of breaches., and timely warnings to prevent accidents. This research contributes significantly to industrial safety discourse., emphasizing technology's pivotal role in establishing secure ecosystems. IoT integration enhances monitoring capabilities., enabling a proactive and responsive approach to safeguarding industrial processes and personnel.
Nithilan et al. (Thu,) studied this question.