首页> 外国专利> WATER MICROBIAL CARRIER MATERIAL AS WELL AS WATER MICROBIAL INDUCED PROLIFERATION METHOD USING THE SAME AND WATER AREA FERTILIZATION METHOD

WATER MICROBIAL CARRIER MATERIAL AS WELL AS WATER MICROBIAL INDUCED PROLIFERATION METHOD USING THE SAME AND WATER AREA FERTILIZATION METHOD

机译:使用相同和面积施肥方法的水微生物载体材料以及水微生物诱导的繁殖方法

摘要

PROBLEM TO BE SOLVED: To provide a water microbial carrier material and a water microbial induced proliferation method in which a water purification effect can be maintained over a long term in a closed water system and an open water system, can be executed at low cost and the utilization of bamboo is made possible.SOLUTION: A water microbial carrier material is formed such that cotton-shaped green bamboo fibers obtained by compressing and pulverizing the green bamboo culm so as to cleave the cell walls of fibrous cells are filled in the inside of a bag body and sealed. This water microbial carrier material is submerged underwater. The water microorganisms enter the cleaved fiber cell walls are fixed and propagated to form an ecosystem in this. By this ecosystem, the underwater organic matter is decomposed efficiently, and underwater eutrophication is suppressed to promote water purification. The bamboo fibers take around several years to corrosion/disappearance, and therefore the microorganism carrier can be maintained for several years without disappearance. Also, the nitrogen fixing bacteria generated in the cell walls are brought into nitrogen fixation in a natural environment water area, and the propagation of aquatic plants is promoted. The propagated aquatic plants take underwater phosphate ions therein, and the underwater eutrophication is suppressed.SELECTED DRAWING: Figure 1
机译:要解决的问题:提供一种水微生物载体材料和水微生物诱导的增殖方法,该方法可以在封闭水系统和开放水系统中长期保持水净化效果,并且可以低成本执行。解决方案:形成一种水微生物载体材料,将压缩并粉碎的绿色竹秆粉碎成棉状的绿色竹纤维切成纤维细胞的细胞壁。袋身密封。该水微生物载体材料被淹没在水下。进入裂解的纤维细胞壁的水微生物被固定并繁殖,从而在其中形成生态系统。通过该生态系统,可以有效地分解水下有机物,并抑制水下富营养化,从而促进水的净化。竹纤维需要花费数年的时间才能腐蚀/消失,因此微生物载体可以保持数年而不会消失。而且,使细胞壁中产生的固氮细菌在自然环境水域中固氮,并促进水生植物的繁殖。繁殖的水生植物在其中吸收了水下磷酸根离子,并抑制了水下富营养化。选图:图1

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