Drilling and workover intelligent equipment refers to the application of intelligent technology during the drilling and workover process. With the advancement of science and technology and the development of the petroleum industry, drilling and workover activities are carried out under complex geological conditions, and the requirements for equipment are becoming increasingly higher. The research and development of intelligent equipment will bring many important innovations to this industry, improving production efficiency and work safety. First of all, the research and development of intelligent drilling and workover equipment plays an important role in improving production efficiency. Intelligent equipment can achieve automatic control and data collection, and can realize automated operations and real-time data monitoring. Through big data analysis and artificial intelligence algorithms, intelligent equipment can identify changes in geological layers and working conditions, thereby adjusting process parameters and operation plans for drilling and workover, improving operating efficiency and quality of drilling and workover. In addition, smart equipment can also detect equipment failures in advance through predictive maintenance functions, reduce downtime and achieve continuous operations to further improve production efficiency.

Petroleum equipment refers to the equipment and tools used in various aspects of oil exploration, extraction, processing and storage. With the rapid development of the petroleum industry, the types and technologies of petroleum equipment are constantly updated and advanced. Next, we will introduce some common petroleum equipment. First of all, oil exploration equipment helps find oil resources including seismic exploration instruments, formation drilling equipment, logging tools and drilling platforms, etc. By recording and analyzing the propagation of seismic waves underground, seismic exploration instruments work to identify potential oil reservoirs. Formation drilling equipment is used to drill underground, obtaining formation samples and conducting geological exploration. Logging tools are used to measure the physical properties of formations, such as density, conductivity, and hydrocarbon content. The drilling platform is a large platform built on water or land to support and operate drilling equipment.

Oil drilling and workover engineering is one of the indispensable links in the process of oil exploration and production. Next, we will introduce various technologies in oil drilling and workover engineering from different perspectives. The first is the wellbore quality control technology, which is an important indicator to measure the effectiveness of oil drilling and workover projects. High quality wellbore can improve drilling safety and workover efficiency. In terms of the control in wellbore quality, it mainly involves technologies such as the control of drilling fluid, the selections of bottom hole hydraulic pressure and drilling tools and stress control. Through advanced technical means, the stability of the wellbore during the drilling process can be ensured and losses caused by problems such as wellbore collapse can be effectively reduced.