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The Application of Modern Information Technology in Chemical Production Management. In recent years, as economic development has accelerated, chemical enterprises have come to play an increasingly important role in the industrial structure, serving as a key driver of economic growth in our country. Looking at the entire development history of chemical enterprises, as the market economy mechanism becomes more sophisticated and competition within the industry intensifies, these enterprises must promptly change their mindsets and attitudes in order to pursue survival and growth, thereby driving innovation in production. For modern chemical enterprises, their core competitiveness is often reflected through production management, and production management is also an effective means of generating profits. Modern information technology plays a significant role in the continuous improvement of production management efficiency in chemical enterprises. Starting with an overview of modern information technology, it focuses on the specific applications of such technology in the management of chemical production, providing insights to accelerate the improvement of production management efficiency in chemical enterprises. Keywords: chemical enterprises ； Modern information technology ； Production Management ； Application 1: The concept of modern information technology. Nowadays, many companies have recognized the importance of computer information technology and are increasing their use of Internet technologies, which is of great significance for managing production processes in enterprises. With the widespread application of computer technology in various fields, it has greatly promoted the progress and development of modern information technology. For computer application technology, it is not only easy to operate but also enables real-time sharing of information. For many enterprises, thanks to the application of modern information technology, they have successfully made the transition from fixed information management processes to comprehensive control over their operations, which once again demonstrates the important role that modern information technology plays in promoting corporate development. It is foreseeable that information technology will have extremely wide applications in the future. 2 Specific Applications of Modern Information Technology in Chemical Production Management 2.1 Data Management In the process of production management, the flexible use of modern information technology can often accelerate the digitization of management-related data, which is beneficial for chemical companies in terms of improving their production management. On this basis, many companies have invested heavily in ERP technology; they also integrate this technology with production monitoring systems as well as laboratory data collection systems. This ensures that production data is transmitted to the management system in a timely manner, allowing production managers to compare the operational parameters with the actual production data. Any production errors that do not conform to the specified parameters can be identified and corrected promptly, thereby reducing the company’s financial losses. Driven by the rapid advancement of information technology, the management models in the chemical industry have seen further development. In the process of production management, a range of new data management software programs, such as SAP and PIM, have begun to be utilized. This has significantly improved enterprises’ data management capabilities. Although this trend effectively enhances production management efficiency, it is important to continuously optimize the application of these technologies in practice; doing so can effectively prevent the emergence of information silos. 2.2 Drawing Management We are aware of the importance of specific process construction drawings for chemical enterprises; they serve as essential documents that are referenced when carrying out various chemical processes. Typically, these construction drawings not only detail the chemical equations related to the construction processes but also provide important information such as the proportions of relevant reagents and solutions. These are valuable insights obtained by chemical process designers through numerous experiments; therefore, these construction drawings are of great significance to chemical manufacturing enterprises. Generally, there is only one original copy of these specific process construction drawings, which makes them all the more valuable. Therefore, it is necessary to strengthen the management of these drawings; construction drawing management should be separated from chemical production management and become an important aspect within the chemical industry. In the context of the information age, to integrate modern information technology into the management of chemical engineering drawings, one can proceed in the following ways: First, ensure that there is only one source from which drawings can be obtained; this helps to maintain stability in the chemical production system and ensures safe operation. It is also necessary to avoid having too many separate channels for information flow, as this can restrict the circulation of chemical engineering drawings and allow the distribution mechanism to function properly within those limits. During the circulation of drawings, the use of modern information technology plugins enables control over their operational processes at a managerial level. In other words, information technology is utilized to handle tasks such as the distribution and storage of drawings, allowing relevant mechanisms to function in an intelligent manner. With the help of information software, managers can participate in the archive management process at any time and place, thereby indirectly improving the efficiency of chemical production management and lifting it to a new level. 2.3 Team Report Management In the field of enterprise management, team management is a relatively important management approach. During the process of team management, relevant management parameters can be promptly fed back to the production management system in the form of reports. At the same time, data can be organized using standardized methods within the team and sent to managers; it is also transmitted back to the management system in the form of backup files. Generally, we refer to this type of report-based team management as team meeting report management. Within this system, the forms of implementation are often diverse, including various types of reports such as team cost settlement sheets and team operation stability sheets. Since the advent of the information age, the increasingly pervasive science and technology have provided strong technical support for the team report management system. Since precision and efficiency are prominent features of electronic technology, with its strong support, chemical companies can rely on team report management systems to ensure that production parameters are accurate. The output of reports is also of great importance; such systems enable intelligent error correction of the data in the reports, while also ensuring a zero-error rate in written records, thus guaranteeing the accuracy of the data presented in the reports. By leveraging electronic technology as a useful medium and combining it with modern information technology mechanisms, it is possible for the corporate headquarters to obtain team report data in a timely manner, enabling real-time transmission of the submitted information. More importantly, this type of team management data can be seamlessly integrated with modern chemical enterprises. 3 Conclusion In summary, against the backdrop of the information age, to effectively improve the production management level of chemical enterprises, it is necessary to modernize and optimize them. Currently, modern information technology is widely applied in data management, drawing management, and team report management, which not only drives innovation in chemical production management and enhances production efficiency but also promotes rapid development in this field, increases economic benefits. On this basis, it influences other related industries as well, contributing to collective innovation and development.