Daily maintenance plan and technical application of circular arc oil pump

Firstly, improve the daily maintenance plan of the arc pump. The maintenance technicians of the arc pump should fully grasp the various parameter states of the arc pump during operation. During the inspection and testing process, through parameter analysis, mechanical problems that will not occur at this time should be eliminated in a timely manner. Based on the feeding situation of the arc pump, pump body pressure, vibration situation, and various values obtained from sensors, the final fault judgment should be made, so as to quickly identify the fault problems of the arc pump operation and propose targeted solutions

In petrochemical production, technicians often inspect and repair circular arc pumps. In response to the problems that occur during the operation of circular arc pumps, technicians should fully record the specific problem phenomena and solutions. After long-term inspection and maintenance observation, reasonable daily maintenance plans should be formulated to prevent possible problems that may occur during the operation of circular arc pumps. The daily maintenance plan of circular arc pumps (including specific inspection plans for key parts and key parts that require close attention, as well as maintenance plans for various mechanical sealing problems, etc.) should be analyzed, such as whether there is deformation problem on the mechanical surface. The specific reason for deformation is the loosening of mechanical sealing components. The specific solution strategy is to closely monitor the firmness of mechanical sealing components and reinforce them

Maintenance solutions for circular arc pumps

Secondly, analysis of management measures to strengthen the application effect of energy-saving technology for circular arc gear pumps

In order to further strengthen the application effect of energy-saving technology for petroleum circular arc gear pumps in daily production, on-site technical personnel strictly adhere to the application requirements and operating norms of energy-saving technology, strive to optimize the application level of energy-saving technology from all aspects, and the operation of circular arc gear pump equipment, in order to reduce the serious problems of energy consumption and pollution in the past.

. The details are as follows

On the one hand, implementing a job technical responsibility system and strengthening the capabilities of technical personnel

For on-site operators of arc gear pumps, they must undergo technical training and be familiar with the operating procedures, maintenance knowledge, and fault handling methods of their respective positions. They must obtain relevant qualification certificates before they can start working. At the same time, a job technical responsibility system is implemented, requiring on-site technical personnel to strictly follow the operating procedures and prescribed steps to carry out each operation, providing a basic condition for the application of energy-saving technology for petroleum arc gear pumps

On the other hand, strictly implement and implement the energy-saving technology content of petroleum arc gear pumps, and do a good job of adjustment and recording. For example, before applying frequency conversion speed regulation energy-saving technology, it is important to clarify the role of frequency conversion speed regulation energy-saving technology, such as the residual oil feed pump and tailings pump in fertilizer plants. After applying energy-saving technology for petroleum arc gear pumps, check if there are any deficiencies during the operation of the equipment, and promptly handle them once discovered. During this period, carefully record the status of production operations and provide a data network for subsequent work

The level of application of petroleum energy-saving technology will inevitably have a direct impact on the production efficiency of the entire petrochemical industry. In response to this, technical personnel engaged in daily petrochemical production should clarify the application points of energy-saving technology for petrochemical pumps, striving to demonstrate energy-saving effects from multiple production levels and reduce energy consumption issues. The staff responsible for liquefied petroleum gas transportation management shall clarify the management and maintenance points of the equipment. At the same time, technical personnel should not be satisfied with the current situation and should continuously improve and optimize the process methods of energy-saving technology for petroleum arc gear pumps. This can be combined with energy-saving and consumption reduction technologies such as variable frequency motors, cogeneration, and heat transfer combined devices to further strengthen the application effect of energy-saving technology for petroleum arc gear pumps