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Preface: Equipment constitutes the technical foundation of an enterprise, and its quality has a direct impact on the enterprise’s economic performance. Equipment management is a systematic process that involves managing the entire lifecycle of equipment; its goal is to ensure that equipment is properly managed, utilized, maintained, and repaired, so as to maximize its efficiency. To improve equipment management under the new circumstances and enable it to better serve oilfield production and construction, adhering to a people-oriented approach, strengthening basic management, utilizing advanced technologies, and embracing innovative concepts are effective ways to enhance an enterprise’s equipment management level, which in turn helps meet the needs of modern enterprise management. Adhering to a people-oriented approach helps to boost employees’ enthusiasm for participating in equipment management. A company is made up of people, who are not only the objects of management but also its subjects. What truly determines the development capacity of a company or society is not the equipment, but rather the knowledge, wisdom, skills, and abilities possessed by those people. Therefore, guided by a people-oriented management philosophy aimed at maximizing human motivation and unleashing the potential of all participants, equipment can operate and be utilized properly, thereby generating greater benefits. Organize flexible and diverse employee training programs by carrying out regular training sessions in various forms, enabling employees to continuously learn and update their knowledge. They are guided to face reality by studying new changes in the market and new trends in technology, to stay informed about advanced technologies in domestic and international equipment, and to master the structure, principles, and maintenance methods of new equipment, thereby continuously improving the professional skills of equipment managers and operators. Create a favorable atmosphere for fair competition, maintain the right role, respect employees’ rights, and acknowledge their status as owners of the workplace. Only in this way will employees be willing to take on the responsibilities of owners, carry out the tasks that belong to them, truly care about the enterprise, fully utilize their enthusiasm, and manage and maintain the enterprise’s equipment properly. By providing employees with education on the market economy through various means, and by recognizing their role in the enterprise’s competition, it is possible to rely on good equipment to promote the development of the enterprise. Establishing appropriate incentive mechanisms to improve the quality of employees and motivate them is the key to revitalizing a company. First, carry out evaluations for “Red Flag Equipment” and “Outstanding Equipment Management Experts,” and organize labor competitions themed around “competing in speed, quality, savings, and efficiency” in order to maximize the enthusiasm and creativity of employees. Identify those who excel and learn from their experiences, offering appropriate rewards. Secondly, a quantitative performance assessment system for employees is implemented; the issues identified during on-site equipment inspections result in corresponding point deductions based on specific scoring criteria, which are then reflected directly in the monthly quantitative assessment. Third, employees are encouraged to participate in youth skill competitions, where they can gain experience and improve their skills. Through technical training and contests, they can broaden their knowledge, learn from one another, and improve together. Strengthen basic management to ensure the intrinsic safety of equipment. Equipment is the core of a enterprise, and its quality directly affects the normal operation of the enterprise’s production and business activities as well as its economic performance; good technical performance of the equipment serves as a \"catalyst\" for achieving operational goals. Only by starting with the fundamental tasks, strengthening management, inspection, and supervision at the site where equipment is used, and ensuring the intrinsic safety of such equipment, can we achieve maximum efficiency in its use. Establishing a device-specific file management system for each piece of equipment involves compiling various pieces of information with reference and preservation value generated throughout the device’s lifecycle, such as texts, parameters, records, and related materials, to create a health record for the device, supported by scientific and effective management practices. Equipment file management is a fundamental task for standardizing equipment management; it represents an important aspect of traceable and meticulous management of equipment. The quality of this management level has a direct impact on the efficiency with which equipment can be utilized. Therefore, it is crucial to strengthen equipment file management and establish a system of maintaining a file for each piece of equipment. The management approach of one machine, one file emphasizes the creation of comprehensive equipment records for individual machines. The focus is on improving the management of these machines during their operation, including all kinds of dynamic information generated throughout the processes of procurement, use, maintenance, and management. This helps to understand the performance of each machine as well as the degree of wear and tear, thereby providing a basis for making decisions regarding major repairs, routine maintenance, and partial modifications. Strengthen equipment maintenance. Regular maintenance is the foundation for maintaining the technical performance of equipment and reducing repair costs. Adhering to the principle of \"regular maintenance and prevention first,\" and following the approach of performing fewer repairs across multiple aspects, it emphasizes the break-in maintenance of new vehicles, insists on regular primary maintenance and proactive preventive repairs, and incorporates preemptive secondary maintenance. By identifying issues during maintenance, it shifts from reactive repair to preventive maintenance, ensuring that no potential accidents arise due to missed inspections or unrepaired problems, while also avoiding unnecessary repairs that would lead to cost overruns and reduced financial expenditure. Implementing \"5S\" workplace management, which places emphasis on on-site improvement, is a simple, easy, and highly effective way to enhance equipment management levels. In conjunction with the “Three Standards” management system implemented in the oil production plant, the “5S” management method—namely sorting, organizing, cleaning, standardizing, and sustaining—is adopted in on-site management. By integrating on-site improvement activities into equipment management, it has been possible to enhance the level of equipment management. For example, the cleaning process is also a process of inspection; carefully cleaning the equipment involves having close contact with it. During this process, it is easy to detect various issues with the equipment, such as leaks or other problems. Addressing these issues promptly helps to ensure that the equipment remains in good working condition at all times. Adhere to on-site inspections of equipment; conducting thorough on-site inspections is an effective way to understand the technical condition of equipment, identify potential problems, and prevent equipment failures in a timely manner. In accordance with the on-site inspection procedures for relevant equipment and the rules regarding rewards and penalties, it is required that the safety supervision station conduct regular random on-site inspections of the equipment on a monthly basis. The inspection focus should be on aspects such as circuits that may affect equipment safety, brakes, the oil level in various lubrication points, and whether all fastening elements are secure, in order to eliminate potential accident risks as much as possible and maintain the equipment in good technical condition at all times. Carry out equipment maintenance activities effectively; such activities are the main means of restoring the technical condition of equipment on a periodic basis. In light of actual production conditions, equipment maintenance activities are carried out annually during spring, the \"Three Modernizations and Three Zeros\" 100-H competition period, the rainy season, during annual inspections, and before winter arrives. For each of these activities, the principle of \"four proper implementations\" is adhered to: proper awareness, proper implementation of measures, proper maintenance and rectification, and proper inspection along with corresponding rewards and penalties. This approach enhances the reliability of equipment operation and its safety in use. By utilizing advanced technologies, it is possible to maintain the equipment in good technical condition. With the widespread use of network and computer control technologies in modern equipment, the precision and degree of automation of such equipment are increasing, while the control techniques involved become more complex. The traditional management approaches for planned maintenance and reactive repairs of equipment, as well as the methods of fault diagnosis based on visual inspection, auditory assessment, and tactile feeling, along with open disassembly procedures and limited assembly options, can no longer meet the demands of modern equipment management. Only by carrying out regular or continuous monitoring of operating equipment, analyzing relevant parameters, identifying potential faults at an early stage, and implementing preventive measures can we ensure the safe, stable, and efficient operation of the equipment. The implementation of lubrication grease testing technology is a fundamental measure for preventing failures. It is a technical measure aimed at improving the frictional conditions of friction pairs, thereby reducing friction resistance and slowing down wear. Proper lubrication can prevent corrosion, dampen vibrations, ensure sealing, transmit power, and prevent malfunctions. The main modes of failure in mechanical equipment include wear, corrosion, and fracture. Among these, wear-related failures account for 60%–80% of all cases. Lubricant testing technology involves conducting relevant technical analyses on lubricants—such as determining their water content, viscosity, and particle size—to perform both quantitative and qualitative evaluations. This helps monitor the lubrication and wear conditions of equipment, enabling early detection of potential faults and identification of their causes. Consequently, proactive maintenance can be carried out to prevent further damage caused by poor lubrication. Measures include keeping lubricants clean during application, using appropriate lubricants judiciously, minimizing any adverse effects on the lubrication environment during equipment operation, and regularly testing and replacing lubricating oils. The implementation of equipment condition monitoring and fault diagnosis technologies is necessary due to the use of intelligent and integrated equipment; traditional methods of manually determining faults are no longer sufficient to meet production requirements, and advanced detection equipment must be relied on to identify faults that occur in the equipment. Common inspection tools used before H maintenance include temperature measurement, speed measurement, vibration detection, leak detection, pressure measurement, non-destructive testing, infrared imaging, etc. By combining these with mandatory maintenance and emphasizing condition monitoring, it is possible to identify any errors, defects, potential problems, or deterioration. Repairs are carried out based on the results of these inspections, enabling early detection, early prevention, and early repair; this avoids unnecessary replacement of components and helps to reduce operating costs. Promote the application of modern equipment maintenance techniques; equipment maintenance techniques represent the approach to condition-based maintenance of modern equipment. With the increasing precision and degree of electrification of equipment, control technologies have become increasingly complex. The widespread application of high-tech anti-friction materials such as “Weilishi”, “Lubitong”, advanced nano-based eco-friendly fuel savers, far-infrared photon fuel-saving balls, and BG anti-wear products, along with new non-destructive cleaning techniques for engine lubrication systems, fuel systems, and automatic transmission systems, has helped reduce premature damage to equipment caused by excessive wear. At the same time, these measures minimize unexpected losses and performance degradation resulting from improper disassembly methods or assembly conditions, thereby extending the lifespan of vehicles and enhancing their overall efficiency. Embrace innovative concepts to emphasize the forward-looking nature of equipment management. Modern equipment management and related application technologies constitute an essential material foundation and technical support for the proper operation of enterprises. For enterprises to develop, make progress, achieve the best economic results, and catch up with or surpass the management standards of world-class companies, it is necessary to adopt innovative approaches, learn from the equipment management practices of leading enterprises both domestically and internationally, update management strategies, and enhance the company’s competitiveness in the market. Innovative concepts for equipment implementation: Equipment management should move from serving production needs to playing a key role in the overall operations of an enterprise. It is necessary to pay attention not only to the physical management of equipment but also to its technical and economic benefits. There should be concern not only for the investment in equipment but also for the return on that investment; efforts should be made not only to ensure that equipment is in good condition but also to maximize its utility. Implementing management innovation in equipment involves enhancing innovation in various aspects such as equipment management mechanisms, systems, supervision methods, and approaches, through means including policy guidance, legal constraints, and administrative measures. Implement the \"ten-point\" management method for equipment, and strive to achieve efficiency through meticulous equipment management. Explore the establishment of a quantitative evaluation and assessment mechanism for equipment, to ensure the integrity and effectiveness of equipment assets as well as the preservation and appreciation of state-owned assets. Explore new methods for equipment inspection and supervision to ensure that equipment in use on-site is under effective control. In terms of technological innovation in equipment, it is necessary to keep track of the latest developments in domestic and international equipment, conduct research on technological innovations related to equipment, and update or introduce high-tech equipment. In equipment manufacturing, maintenance, and renovation, efforts should be made to adopt the \"four new\" technologies in order to promote a positive cycle in equipment management. An HSE management system should also be implemented; the essence of such a system is to establish a standardized and scientific management framework aimed at ensuring system safety. In line with the relevant guidelines, the implementation of an HSE management system has led to further improvements in equipment management and various operating procedures. Managers have clear guidelines to follow, and operators have rules to adhere to. Management is ensured through established systems, and safety is guaranteed by such management practices. It is strictly prohibited for equipment to operate at temperatures, pressures, speeds, or loads beyond specified limits, or while in a faulty condition. Equipment that has exceeded its service life or should have been scrapped but is still in use requires enhanced management; its performance should be assessed regularly, and measures should be taken promptly to ensure its safe operation. Conclusion In short, times are evolving and businesses are progressing. With the development of science and technology as well as the machinery industry, and the widespread application of electronic and computer technologies in equipment, higher demands have arisen regarding the use, maintenance, and management of such equipment. Only by continuously seeking effective ways to improve the level of equipment management can it be possible to extend the service life of equipment, ensure its efficient and high-quality operation, and thereby enhance the management standards and economic efficiency of enterprises.