Xiangyang, as a traditional agricultural production area, has continued to promote the upgrading of farmland water conservancy facilities in recent years, focusing on solving the problems of aging, serious leakage, and poor adaptability of traditional irrigation pipe networks. The construction of field irrigation pipe networks has become one of the core projects.
In the construction of the pipe network, plastic pipes have become the preferred material due to their many characteristics suitable for the field environment. Compared with traditional pipes, plastic pipes have excellent corrosion resistance, can resist the erosion of acid and alkali in the field soil and impurities in irrigation water, and greatly prolong the service life of the pipe network. Its lightweight characteristics are easier to transport and install, especially suitable for the complex terrain of some hills and hills in Xiangyang. It can be laid without heavy machinery, reducing construction costs and cycles.
During the construction process, the construction team flexibly adjusted the diameter of plastic pipes according to the planting scale and irrigation needs of different plots, and adopted hot-melt connection technology to ensure that the interface is firmly sealed, effectively reducing leakage and loss. The completed pipe network can achieve accurate irrigation on demand, which not only improves water resource utilization, but also ensures irrigation uniformity and provides stable water supply for the growth of various crops.
In addition, the plastic pipe is easy to maintain in the later stage, without frequent rust removal and repair, further reducing the long-term operating costs of farmland irrigation. With the advancement of the Xiangyang farmland water conservancy upgrade project, the efficient irrigation pipe network built with the help of plastic pipes is gradually becoming an important support for local agricultural production and income, modern planting, and injecting new impetus into rural revitalization.
