Design and Chemical Platform System Based on Association Rule Algorithm

Chemical laboratories are important places for talent cultivation and research, and the rich and diverse chemical reagents are the foundation of research and teaching. However, due to changes in research topics and reforms in teaching subjects, various reagents, including harmful and dangerous reagents, have accumulated in the laboratory for a long time, posing enormous risks to laboratory safety. Recently, due to continuous laboratory safety incidents, the alarm bell for safety management has sounded. Although various universities are currently implementing a unified procurement system for the management of hazardous and toxic chemicals, fundamentally controlling hazardous and toxic substances, there are blind spots in the subsequent use and storage of various reagents after entering the laboratory, and laboratory safety risks have not yet been eliminated. In order to effectively establish a laboratory safety management system, ensure personal and public safety, facilitate large-scale reagent distribution, reduce inventory, facilitate scientific reagent supply, and reduce costs, the chemical platform can establish a reagent exchange platform, reagent management system, and professional personnel management and training from the following three aspects based on the characteristics of the chemical laboratory. This article demonstrates the effectiveness of a chemical platform system based on association rule algorithm through experiments (with a support level of 0.521780239 and a confidence level of 1.063039044 for “F2 + H2 → 2HF”).