IOT BASED INFORMATION SYSTEM FOR CLEAN MANUFACTURING

Abstract

Cutting fluids (CF) are crucial part of the cutting process. CF are used because they improve tool life, surface quality, and productivity. CF, on the other hand, have negative effects on human health and the environment, necessitating a reduction in their use. This paper discusses different types of CF, mineral and vegetable, as well as their negative impacts on the environment and humans. The use of CF could be reduced, and cleaner production achieved while maintaining the required processing quality and productivity by monitoring and analyzing the cutting process. This paper proposes a smart information system model that includes collecting, filtering, and storing data from temperature and flow sensors in order to optimize the use of CF. The proposed system represents a basic starting point for optimizing the use of CF. The information gathered as a result of system implementation is required for further analysis and processing. The collected data are required to determine the relationship between process parameters and sensor data, allowing the development of a model to optimize the use of CF. This information system would be built on the Internet of Things and cloud services in line with Industry 4.0.