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How do irrigation water and fertiliser plants work?

Article source:Weather station   time:2024-05-22 08:56:00    viewed:7times

Water Fertiliser Integration Technology, is an innovative system that combines valve management and fertiliser blending functions into one. It not only enables precise fertiliser dosing, but also efficient management of the irrigation process. This technology provides soilless growers with an efficient, rapid and stable water and fertiliser supply strategy through precise fertiliser blending and flexible irrigation solutions. The system utilises a drip irrigation system with a drip tip layout and follows the principle of 'little and often' irrigation to ensure that each plant receives an even and sufficient supply of nutrients to support healthy growth.


The benefits of drip irrigation are significant: on the one hand, it saves precious water. While about 85 per cent of water is wasted in evaporation in conventional irrigation, subsurface drip irrigation can significantly increase the efficiency of water use to 95 per cent. On the other hand, it effectively reduces labour costs. An automated irrigation system reduces the dependence on manual irrigation, thereby reducing labour inputs.


Today let's talk about how irrigation water and fertiliser integration equipment works.


The core principle is that the fertiliser solution is delivered precisely and uniformly through the drip irrigation system directly to the roots of the plant, which significantly improves the efficiency of fertiliser utilisation and contributes to an increase in crop yields.


Before the drip irrigation system is activated, the farmer needs to carry out a careful pre-setting process, which involves the size of the irrigated area, the number of drip heads, the rate of water discharge from individual drip heads, and the dilution ratio of the fertiliser, etc. The system is designed to be used in a variety of ways, such as in the field, in the field and in the field. The setting of these preset parameters is based on an in-depth understanding of the land characteristics with the aim of providing optimum water and nutrients to the crop.


After completing the equipment setup, farmers should select a suitable water source for connection, which may include groundwater, river water, reservoir water or rainwater, depending on local conditions. Fertiliser solution also needs to be properly stored in the system's fertiliser tank.


When irrigation is initiated, the equipment will work automatically to mix water and fertiliser and release the mixture evenly into the soil through the drip head. Farmers can set the duration and frequency of irrigation according to the growth and needs of the crop to achieve fine control of water and fertiliser supply.

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