9th International Conference on ICT for Sustainable Development

Authors - Harish Harsurkar, Husain Shaikh, Abhishek Ganpat Satpute, Bhosale Shyam Santosh, Garad Rohan Ramling, Garud Abhijeet Arvind
Abstract - Centralized Grease Lubrication System (CGLS) for Hot Metal Cars: Enhancing Efficiency and Ensuring Worker Safety This overview provides insight into the engineering project titled "Centralized Grease Lubrication System (CGLS) for Hot Metal Cars." The fundamental objective of this project is to design a specialized lubrication system that not only optimizes the performance of hot metal transportation in the metallurgical industry but also prioritizes the safety of workers The project aims to create, construct, and integrate a Centralized Grease Lubrication System (CGLS) tailored explicitly for hot metal cars. The CGLS focuses on simplifying and automating the lubrication process, ensuring consistent and appropriate grease application to crucial moving parts. This not only enhances the longevity of the hot metal cars but also minimizes potential risks to the workers. The CGLS addresses prevalent challenges linked to manual lubrication, such as inconsistent grease application, which can lead to equipment damage and shortened operational life. By automating this process, the CGLS intends to maintain adequate lubrication levels, reducing the likelihood of equipment malfunction and promoting the safety of the workers. Furthermore, the project pays meticulous attention to the CGLS design, emphasizing precise grease measurement, efficient distribution mechanisms, and reliable valves in line with safety regulations and industry standards. The system is designed to endure external environmental factors, vibrations, and possible malfunctions, thereby ensuring the safety and well-being of workers In summary, this engineering project pioneers an innovative solution, the Centralized Grease Lubrication System (CGLS), tailored for hot metal cars. The project showcases the advantages of automated lubrication, highlighting improved equipment efficiency, extended operational life, and a safer work environment for workers in the metallurgical industry.