Soil moisture monitoring system to coordinate agricultural water management
Agriculture has always been a major water user. In order to avoid drought and meet crop growth needs, it has long been necessary to irrigate farmland, etc. However, actual calculations have found that less than 30% of these irrigation water is actually used by crops, and a large amount of water resources Is wasted, and the best way to save water is to achieve scientific agricultural water management. Using the soil moisture monitoring system , it is possible to coordinate agricultural water management through soil moisture monitoring and analysis, achieve precise water irrigation, avoid drought detection, and improve the overall benefits of irrigation.
Moisture is the degree to which soil moisture meets crop growth. For soil moisture information, from macro to micro monitoring, forecasting and dynamic analysis, traditional methods are difficult to obtain. Using the soil moisture monitoring system to monitor and collect data can realize the precise control of irrigation timing and water volume based on the monitored soil moisture information, and effectively improve water use efficiency.
Soil moisture monitoring refers to long-term determination of soil moisture content at different levels, grasping the dynamic changes of soil moisture, and evaluating soil moisture status. Its characteristic is based on field moisture monitoring, focusing on crop water requirements and growth conditions, comprehensively considering factors such as soil, fertilization, and cultivation, and proposing farmland moisture management measures to promote efficient water use, save water, and improve resource utilization efficiency. Soil moisture monitoring is an indispensable basic, public welfare, and long-term work in agricultural production. It is an important part of the dynamic monitoring of agricultural conditions in the process of agricultural production, just like the prediction and forecast of plant diseases and insect pests and the investigation of the growth of seedlings. The soil moisture monitoring system is a professional and information platform serving soil moisture monitoring activities. With this system, you can understand the soil moisture status of the monitored plot in real time, understand and grasp the soil drought and crop water shortage in farmland in time, and analyze the occurrence of drought. The trend and extent of the development, timely scientific irrigation action plan, overall management of agricultural water use, while alleviating and mitigating the threat of drought, it also meets the water needs for the growth of different crops, thereby achieving stable and increased agricultural production.
U bend tubes are commonly used to transfer heat in process fluids with large radiators. The fluid is pumped along a tube, then through a u-junction, and then back along a pipe parallel to the inflow line. Heat is transferred to the wrapping material through the wall of the tube. This design is used for industrial applications where a number of u-pipes can be poured into oil containers containing a high thermal capacity.
Heat treatment
Heat treat each pipe after bending according to customer requirements or relevant standards to release pressure, temperature and holding time
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