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    • 1. 发明授权
    • Method for accelerating revival of environment
    • 加速环境复兴的方法
    • US5785853A
    • 1998-07-28
    • US738499
    • 1996-10-28
    • Hideaki IsogaiTomoteru Kawakami
    • Hideaki IsogaiTomoteru Kawakami
    • C02F1/30C02F3/28C02F11/04
    • C02F11/04C02F1/30C02F3/28
    • A method and system can not only treat the sludge, harmful evacuations and so forth, to reduce load to the whole environment, but also permit recycling of those as a resource to be effectively utilized, and to quickly achieve activation of the environmental living. For this purpose, effective microorganisms are provided in an objective matter to be treated containing pollutant within a zone in the environment. The objective matter is maintained under anaerobic atmosphere. Under this condition, the effective microorganisms are activated by irradiating light and electromagnetic wave to said objective matter. A physical indicia data of said objective matter is then measured. On the basis of the physical indicia, irradiation of the light and the electromagnetic wave and anaerobic level of the anaerobic atmosphere are controlled for accelerating primary anaerobic fermenting decomposition and photosynthesis by the effective micro organisms to convert said pollutant into an organic matter useful for animals and plants.
    • 一种方法和系统不仅可以处理污泥,有害排泄物等,以减少对整个环境的负担,而且可以将那些作为有效利用的资源的回收利用,并迅速实现环境生活的激活。 为此,在环境区域内含有污染物质的待处理目标物质中提供有效的微生物。 目标问题是在厌氧气氛下保持。 在这种条件下,有效的微生物通过向所述目标物质照射光和电磁波来活化。 然后测量所述客观物质的物理标记数据。 在物理标记的基础上,控制光照射和电磁波以及厌氧环境的厌氧水平,以加速有效微生物的初级厌氧发酵分解和光合作用,将所述污染物转化为有用的动物和 植物。
    • 2. 发明授权
    • Apparatus for accelerating revival of environment
    • 加速环境复兴的装置
    • US5714058A
    • 1998-02-03
    • US528414
    • 1995-09-14
    • Hideaki IsogaiTomoteru Kawakami
    • Hideaki IsogaiTomoteru Kawakami
    • B09C1/10B09B3/00C02F1/30C02F3/00C02F3/28C02F11/04
    • C02F3/006C02F3/28Y02E50/343
    • A method and system can not only treat the sludge, harmful evacuations and so forth, to reduce load to the whole environment, but also permit recycling of those as a resource to be effectively utilized, and to quickly achieve activation of the environmental living. For this purpose, effective microorganisms are provided in an objective matter to be treated containing pollutant within a zone in the environment. The objective matter is maintained under anaerobic atmosphere. Under this condition, the effective microorganisms are activated by irradiating light and electromagnetic wave to said objective matter. A physical indicia data of said objective matter is then measured. On the basis of the physical indicia, irradiation of the light and the electromagnetic wave and anaerobic level of the anaerobic atmosphere are controlled for accelerating primary anaerobic fermenting decomposition and photosynthesis by the effective micro organisms to convert said pollutant into an organic matter useful for animals and plants.
    • 一种方法和系统不仅可以处理污泥,有害排泄物等,以减少对整个环境的负担,而且可以将那些作为有效利用的资源的回收利用,并迅速实现环境生活的激活。 为此,在环境区域内含有污染物质的待处理目标物质中提供有效的微生物。 目标问题是在厌氧气氛下保持。 在这种条件下,有效的微生物通过向所述目标物质照射光和电磁波来活化。 然后测量所述客观物质的物理标记数据。 在物理标记的基础上,控制光照射和电磁波以及厌氧环境的厌氧水平,以加速有效微生物的初级厌氧发酵分解和光合作用,将所述污染物转化为有用的动物和 植物。