T Sureshkumar’s scientific contributions

Using chemicals, even for a particular purpose, is common in all industries and may sometimes result in accidents. Chemicals may corrode, poison, and react, often explosively, when exposed to them. In the case of a chemical leak, there is a protocol in place to protect the eyes and skin, known as the "eyewash and shower," which provides first aid by washing the toxins off a person. The goal of this work is to propose an approach to making this system more accessible and user-friendly.

The establishment of unauthorized dying and tanneries in and around the district of Coimbatore and Tirupur is mainly due to the availability of the noyyal river water. The impact on the ecosystem , human health will be analysed by taking required number of samples. Numbers of samples of drinking water and industrial effluents will be taken at appropriate points, tested for chemical threshold limits, analysed for the toxic materials as per the Bureau of Indian Standards and Pollution Control Board.

In industries the most common occupational problem among the workers are musculoskeletal disorders. Musculoskeletal disorders are injuries and disorders of the muscles, nerves, tendons, ligaments, joints, cartilage and spinal disks. In working area some of the very important functions are done with the help of the lumbar area. Many occupational tasks in industrial area till associated with strenuous working postures and movement. The present project was aimed to evaluate the MSD of workers engaged in a heavy engineering industry. The Study was conducted on workers in finishing area using posture analysis tool REBA & RULA. The awareness and proper ergonomics training to the workers and essential workplace changes are recommended in this study.

Safety audit and Inspection Study on Health, Safety and Welfare of Textiles to develop the worker safety in Indian textile industries. This manuscript contains the details on the hazards and risk level present in one of south India's leading textile industry. This study method and result of the HIRA process. The HIRA technique is adopted in the old rotary printing department, dyeing department, chemical department, boiler section, power house, ETP/RO to assess the risk levels in terms of quantified values. Control measures were also developed for each and every area identified with potential safety issues. Identified hazards majorly categorized under Physical, chemical, ergonomics, material handling, health and electrical hazards. The risk level is quantified for all the hazards in the printing and dyeing department, chemical, power house, ETP/RO by multiplying the values of severity and probability. The RPN (Risk priority number) has been finding out for all the hazards in the textile industry done for the hazard with highest RPN.