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A platform for research: civil engineering, architecture and urbanism
The invention provides an irrigation system for improving the quality and efficiency of rice, and relates to a system for rice irrigation. The irrigation system aims at solving the problems that existing irrigation water of a rice field contains heavy metal, the yield and quality of the rice are affected, and the irrigation water amount in each rice field cannot be controlled. The irrigation system for improving the quality and efficiency of the rice comprises an irrigation water inlet, an irrigation water outlet, an irrigation water main inlet channel, an irrigation water main drainage channel, an irrigation water branch inlet channel, an irrigation water branch drainage channel, a rice pond water inlet, a rice pond water outlet, an irrigation water treatment device, a fence, a polluted water source inlet pipe and an irrigation water outlet pipe. A using method comprises the steps that a polluted water source enters the irrigation water treatment device and sequentially passes through a cobalt and manganese loaded porous zeolite layer, a porous zeolite layer with the surface containing a manganese catalyst and a supporting layer, and irrigation water is obtained. The quality of the rice can be improved, and benefits are increased. The irrigation system for improving the quality and efficiency of the rice can be obtained.
一种用于水稻提质增效的灌溉系统，它涉及一种用于水稻灌溉的系统。本发明的目的是要解决现有水稻田灌溉水中含有重金属，影响水稻产量和品质及无法控制每个水稻田中灌溉水量的问题。一种用于水稻提质增效的灌溉系统包括灌溉水进水口、灌溉水排水口、灌溉水总进水渠、灌溉水总排水渠、灌溉水分进水渠、灌溉水分排水渠、水稻池进水口、水稻池排水口、灌溉水处理装置、围挡、污染水源进水管和灌溉水出水管。使用方法：污染水源进入到灌溉水处理装置中，依次通过负载钴锰的多孔沸石层、表面含有锰催化剂的多孔沸石层和承托层，得到灌溉水。本发明可提高水稻的质量，增加效益。本发明可获得一种用于水稻提质增效的灌溉系统。
The invention provides an irrigation system for improving the quality and efficiency of rice, and relates to a system for rice irrigation. The irrigation system aims at solving the problems that existing irrigation water of a rice field contains heavy metal, the yield and quality of the rice are affected, and the irrigation water amount in each rice field cannot be controlled. The irrigation system for improving the quality and efficiency of the rice comprises an irrigation water inlet, an irrigation water outlet, an irrigation water main inlet channel, an irrigation water main drainage channel, an irrigation water branch inlet channel, an irrigation water branch drainage channel, a rice pond water inlet, a rice pond water outlet, an irrigation water treatment device, a fence, a polluted water source inlet pipe and an irrigation water outlet pipe. A using method comprises the steps that a polluted water source enters the irrigation water treatment device and sequentially passes through a cobalt and manganese loaded porous zeolite layer, a porous zeolite layer with the surface containing a manganese catalyst and a supporting layer, and irrigation water is obtained. The quality of the rice can be improved, and benefits are increased. The irrigation system for improving the quality and efficiency of the rice can be obtained.
一种用于水稻提质增效的灌溉系统，它涉及一种用于水稻灌溉的系统。本发明的目的是要解决现有水稻田灌溉水中含有重金属，影响水稻产量和品质及无法控制每个水稻田中灌溉水量的问题。一种用于水稻提质增效的灌溉系统包括灌溉水进水口、灌溉水排水口、灌溉水总进水渠、灌溉水总排水渠、灌溉水分进水渠、灌溉水分排水渠、水稻池进水口、水稻池排水口、灌溉水处理装置、围挡、污染水源进水管和灌溉水出水管。使用方法：污染水源进入到灌溉水处理装置中，依次通过负载钴锰的多孔沸石层、表面含有锰催化剂的多孔沸石层和承托层，得到灌溉水。本发明可提高水稻的质量，增加效益。本发明可获得一种用于水稻提质增效的灌溉系统。
Irrigation system for improving quality and efficiency of rice
一种用于水稻提质增效的灌溉系统
2021-06-25
Patent
Electronic Resource
Chinese
Suggestions for improving irrigation efficiency
| Engineering Index Backfile | 1963
Improving Irrigation Water Delivery Performance of a Large-Scale Rice Irrigation Scheme
| British Library Online Contents | 2014
| ASCE | 2021
| Engineering Index Backfile | 1952