To scientifically grasp the lifeline of water conservancy and irrigation, we must focus on the long term and take precautions. In developing modern agriculture, especially grain production, it is necessary to always strengthen the awareness of disaster prevention and mitigation, respond to natural disasters with scientific methods, and turn water disasters into water conservancy to ensure the safety of grain production.
While natural disasters bring challenges to human beings, they also constantly warn us that only by taking precautions can we be more calm and calm in the face of extreme weather. It is necessary not only to grasp the construction of water conservancy infrastructure with a higher position and higher consciousness, but also to strengthen scientific water-saving irrigation in application, and truly do a solid and effective job of laying the foundation and benefiting the long-term, so as to provide more solid water conservancy support for ensuring national food security.
Rainwater harvesting cellars can store water in the rainy season and reserve it for use in the dry season, improving the utilization rate of water resources, which is an effective measure to deal with drought. But there are many drawbacks in the traditional rainwater collection cellar, the traditional water cellar is generally to dig the cellar body manually, and then pour the cellar body with cement sand and steel bars to store water, which is not only labor-intensive and time-consuming, but also has high cost, the water is easy to deteriorate in summer, and it is easy to freeze and crack in winter, which brings a lot of trouble to the people.
In order to solve this problem, Zoomlion took the lead in developing the "soft rainwater collection cellar" by using the company's research results and advantages in the field of new materials, and the product uses environmentally friendly polymer EPVC fabric coating material as the membrane material, patented design and seamless joint, opening up a new model of soft rainwater collection and water-saving irrigation.