Sleeve type crop oxygenation irrigation system

Abstract

A sleeve type crop oxygenation irrigation system comprises a control system, an air supply integration system, a water supply integration system, a main air pipe, a main water pipe, a branch air pipe, a branch water pipe and a water-air combiner. The sleeve type crop oxygenation irrigation system is characterized in that the air supply integration system and the water supply integration system are respectively connected with the control system, an air outlet of the air supply integration system is connected with the main water pipe, and a water outlet of the water supply integration system is connected with the main water pipe. The main air pipe and the main water pipe is connected with the branch air pipe and the branch water pipe respectively through the water-air combiner, the branch air pipe is installed in the branch water pipe through the water-air combiner, and the branch air pipe and the branch water pipe are provided with a plurality of pores for inside and outside communication. The sleeve type crop oxygenation irrigation system has the advantages of efficient oxygenation, water saving, energy saving and environmental protection and is of great significance for promoting crop yield and income increase, saving water resources and achieving agricultural ecological sustainable development.

Description

technical field [0001] The invention relates to irrigation equipment, in particular to a casing type crop aeration irrigation system. Background technique [0002] At present, the global water resource crisis is intensifying day by day, and the agricultural drought in our country is also very serious. In order to meet the needs of water resources in the future agricultural environment, new irrigation technologies must be studied. Aerobic irrigation for crops is to improve the soil environment in the root zone by adding oxygen to the irrigation water and directly increasing the oxygen to the roots of the crops, promote microbial activities, improve the effective fertility of the soil, promote aerobic respiration of the crop roots, and effectively improve the vitality of the crop roots. The soil absorbs water and nutrients, reduces water consumption, thereby improving crop yield and quality, and improving economic benefits. The latest irrigation technology is extremely water-...

AI Technical Summary

Problems solved by technology

Aerobic irrigation for crops is to improve the soil environment in the root zone by adding oxygen to the irrigation water and directly increasing the oxygen to the roots of the crops, promote microbial activities, improve the effective fertility of the soil, promote aerobic respiration of the crop roots, and effectively improve the vitality of the crop roots. The soil absorbs water and nutrients, reduces water consumption, thereby improving crop yield and quality, and improving economic benefits. The latest irrigation technology is extremely water-saving, energy-saving and environmentally friendly, but there is no such system to promote crop production and income and save water. resource

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