Pressure plugging is a technique commonly used in the engineering field to control the flow of fluid and prevent leakage. With the continuous development of science and technology, pressure plugging technology is also evolving and improving to meet various engineering needs. This paper will discuss the development trend of pressure plugging in detail from the following aspects.

First, with the continuous development of the engineering field, the requirements for pressure sealing technology are also increasing. The traditional sealing technology with pressure often has some problems such as poor sealing effect and low working efficiency. Therefore, the future sealing technology with pressure will pay more attention to the stability and reliability of the sealing effect, as well as the high efficiency of the sealing process. At the same time, the requirements for sealing materials will also be higher to have good pressure resistance, high temperature resistance and corrosion resistance.

Secondly, with the rapid development of digital technology, pressure plugging technology will gradually be combined with automation technology. The automatic sealing equipment with pressure will be more convenient to operate and control, and can monitor the parameters of the sealing process in real time, and automatically adjust the sealing pressure and flow parameters to achieve more accurate and efficient sealing effect. At the same time, automation technology can also bring more accurate prediction and optimization solutions to engineering through big data analysis.

Third, sanitation and sustainability have become the world's use, and pressure plugging technology is no exception. Future trends will focus more on health performance and sustainability. For example, the development and application of green plugging materials will become an important direction to replace traditional mechanical plugging agents and reduce the impact and harm to the environment. At the same time, the problems of energy consumption and waste emissions during the plugging process will be better controlled to achieve the goal of sustainable development, and the application of pressure plugging technology in different fields will continue to expand. At present, pressure sealing technology has been widely used in oil, gas, water conservancy, health and other fields. In the future, with the development of emerging industries and the increase in demand, pressure sealing technology will be further applied to new energy, nuclear energy, aviation and other fields. At the same time, with the development of special environments such as deep sea and polar regions, the requirements for sealing technology with pressure will also be more stringent and complex.

Finally, the development of pressure plugging technology will also be guided and regulated by relevant policies and standards. Government organizations will strengthen the supervision and management of plugging technology, and formulate more stringent stability norms and technical standards to ensure the stability and reliability of plugging projects with pressure.

In summary, as an important engineering technology means, the future development trend will pay more attention to the qualitative and reliability of the sealing effect, the application of automation technology, the improvement of health performance and sustainability, the application of multiple fields and the specification of relevant policies and standards. It is believed that in the near future, the sealing technology with pressure will play a more important role in various fields, and bring more innovations and breakthroughs to the development of the engineering field.