On the road to promoting sustainable agricultural development, there are mainly several important measures, through weight loss and efficiency enhancement, water-saving irrigation and green plant protection, to achieve water-saving, fertilizer-saving and green development of agriculture. In terms of water-saving irrigation, in order to formulate a scientific and effective irrigation system, it is first necessary to understand the soil moisture status and arrange irrigation operations reasonably according to local conditions. The construction and application of soil moisture monitoring stations will help managers better monitor and manage soil moisture, promote the development of water-saving agriculture, and improve the technical level of agricultural production management. Soil moisture is an important index parameter to understand the changes of soil environment. Its quality is very important to agricultural production. It is related to the selection of the timing of production activities and measures such as spring planting, fertilization and drought resistance, and the emergence, greening, growth and development of crops And the final economic output of crops has a crucial impact. Therefore, the agricultural field has been seeking an efficient, accurate and effective method for monitoring soil moisture. The soil moisture monitoring station can automatically collect and store soil moisture data in a timely manner, and can automatically upload the collected information to the management cloud platform at a fixed time. The technicians can check the monitoring data through mobile phones to timely understand the excessive, appropriate, and lack of soil moisture in the monitored area. In addition to serious shortages and other situations, timely forecasting of drought conditions will provide farmers with scientific sowing and irrigation opportunities, provide scientific theoretical support for the realization of sustainable agricultural development, and give full play to its guiding role in agricultural production. In the development of water-saving agriculture, the use of soil moisture monitoring stations to guide agricultural irrigation effectively avoids the waste of water resources in the traditional empirical irrigation process, and at the same time greatly increases the utilization rate of irrigation water, which is useful for optimizing the soil moisture environment and promoting crop growth. Growth has played an important role, increasing the grain production capacity of the vast area, promoting agricultural efficiency and increasing the income of farmers, and the advantages of water-saving agriculture have been fully highlighted.
Pressure vessels, sometimes storage tanks, are containers designed to hold liquids or gases at a pressure that differ from the ambient pressure. They are used in a variety of applications, including chemical processing, oil and gas processing, power generation, and medical applications. Pressure vessels can be made from a variety of materials, including stainless steel, carbon steel.
The design of pressure vessels must consider the pressure and temperature of the fluids, as well as other factors such as corrosion, fatigue, and creep to determine the wall thickness. Pressure vessels must be designed and manufactured in accordance with applicable codes and standards, such as GB Standard or ASME Standard.
Types of pressure vessel equipment includes Shell And Tube Heat Exchanger, Shell and Plate Heat Exchanger, container type pressure vessel, reactor, separator, and so on.
Pressure Vessel,Thin Pressure Vessel,Unfired Pressure Vessel,Thin Walled Spherical Pressure Vessel Guangdong Jiema Energy Saving Technology Co.,Ltd , https://www.heatexchangerjiema.com
