SRTMU Researchers Secure Patent for Life-Saving Wearable Gas Detector
In a significant breakthrough for industrial safety and environmental protection, researchers at Swami Ramanand Teerth Marathwada University (SRTMU) in Nanded have been granted a design patent by the Indian government for an innovative wearable device capable of detecting toxic gases in real time. This development is poised to revolutionize safety protocols in hazardous work environments and polluted areas.
Innovative Device Developed by Dedicated Research Team
The groundbreaking wearable gadget was developed under the leadership of Professor Rajaram Mane, who heads the university's faculty of physics. The core research team includes Rishikesh Suryawanshi, professors Avinash Gaikwad, Vijaypal Wadhve, Pratik Raut, along with Dr Santosh Jadhav, Dr Ravi Kawale, and Dr Shyam Gore. Their collaborative efforts have resulted in a compact, user-friendly device designed for continuous air quality monitoring.
Advanced Functionality and Critical Applications
The device is equipped with highly sensitive advanced sensors that can instantly detect hazardous gases such as carbon monoxide, hydrogen sulphide, and sulphur dioxide. Exposure to these toxic substances can lead to severe health complications, including acute poisoning, respiratory suffocation, and even fatal outcomes in extreme cases.
When gas concentrations exceed permissible safety thresholds, the device immediately alerts the wearer through an audible alarm system. Additionally, it can send real-time notifications via a dedicated smartphone application, enabling swift evacuation or intervention measures that could prevent life-threatening situations.
Target Beneficiaries and Industrial Impact
Researchers emphasize that this early-warning system will be particularly valuable for workers in high-risk sectors including mining operations, chemical manufacturing plants, and petroleum refineries. Emergency responders, firefighters, and residents living in pollution-affected urban or industrial zones would also benefit significantly from this technology.
Professor Mane explained the project's fundamental objective: "Our primary aim is to reduce accidents and health hazards linked to toxic gas exposure in industrial settings. The device is extremely sensitive and provides quick, accurate readings. The patent grant acknowledges the dedicated efforts of our entire research team. Our next objective is to collaborate with industries to implement this technology and help save lives."
University Leadership Celebrates Innovation
SRTMU's administrative leadership has enthusiastically congratulated the research team on their achievement. Vice-Chancellor Dr Manohar Chaskar, Pro-Vice-Chancellor Dr Ashok Mahajan, and Registrar Dr D D Pawar collectively praised the device as an exemplary model of socially relevant innovation emerging from the university's research ecosystem.
This patent represents not just a technological advancement but a commitment to practical solutions that address pressing safety and environmental challenges. The wearable gas detector stands as a testament to Indian academic research contributing directly to workplace safety improvements and environmental monitoring capabilities.
