CN105967322A - 一种用在污水处理装置中的固定化微生物球与其操作方法 - Google Patents
一种用在污水处理装置中的固定化微生物球与其操作方法 Download PDFInfo
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- CN105967322A CN105967322A CN201610564055.4A CN201610564055A CN105967322A CN 105967322 A CN105967322 A CN 105967322A CN 201610564055 A CN201610564055 A CN 201610564055A CN 105967322 A CN105967322 A CN 105967322A
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- immobilized microorganism
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Abstract
本发明公开了一种用在污水处理装置中的固定化微生物球与其操作方法，包括磁介质和活性污泥，其操作方法为：首先将固定化微生物球置于污水处理装置中，通过磁场发生器的作用，使固定化微生物球处于悬浮状态；然后将使用时间长的固定化微生物球在沉淀池中集中进行回收再制备；固定化微生物球不仅能够保持住微生物的活性，净化水质，而且能够使泥水分离，沉降性好；固定化微生物球直径的选择恰到好处，不需要较大的磁场就能使之悬浮，污水也能够接触到固定化微生物球里面的微生物；磁场的作用能使固定化微生物球处于悬浮状态，还能够提高微生物活性；固定化微生物球能够回收利用，从而使固定化微生物球中的微生物始终处于高活性状态。
Description
技术领域
[0001] 本发明涉及污水处理领域，具体为一种用在污水处理装置中的固定化微生物球与其操作方法。背景技术
[0002] 我国是一个水资源分布极不平衡的国家，各个地方拥有的水资源很不均衡，总体上是一个缺水国家，全国有70%的城市处于缺水状态；同时我国还是一个水污染严重的国家，每年因为水污染造成的损失约占GDP的2%，水污染情况不断加剧，使得污水处理和再生行业受到空前的关注。
[0003] 污水处理装置中沉淀池的作用主要是泥水分离，而常规采用的方法为自由沉淀、 絮凝沉淀、集团沉淀和压缩沉淀，可是每一种沉淀的方法都有各自的缺点，或沉淀时间太长，或泥水分离不彻底，沉降性不好。发明内容
[0004] 本发明的目的在于提供一种用在污水处理装置中的固定化微生物球与其操作方法，以解决上述背景技术中提出的问题。
[0005] 为实现上述目的，本发明提供如下技术方案:一种用在污水处理装置中的固定化微生物球，包括磁介质和活性污泥，所述的磁介质不带有磁性，但是能够在磁场的作用下发生磁化，所述的活性污泥富含微生物;所述的活性污泥包裹着磁介质，形成球状。
[0006] 优选的，所述的一种用在污水处理装置中的固定化微生物球的制备与回收是通过将富含微生物的活性污泥通过溶剂溶解成粘稠状后填满表面由锡箱纸制成的具有特定大小圆孔的板中；再将磁介质置于板上，每个圆孔中放置一个磁介质;然后将板从平铺的矩形弯曲成圆柱形，表面的圆孔弯曲变大，使风干的固定化微生物球能够与表面由锡箱纸制成的板脱离;将固定化微生物球用于污水处理装置中，且在污水处理装置周围通过设置磁场发生器产生磁场，使固定化微生物球在污水处理装置中处于悬浮状态；固定化微生物球在长时间使用中，表面的活性污泥渐渐失去活性，流入到周围不设置有磁场的沉淀池中的固定化微生物球通过自身的重力下沉到底部进行回收，最后将回收的固定化微生物球通过浸泡，碾压，离心的方式回收磁介质;再将回收到的磁介质与活性污泥充分混合重新制成固定化微生物球。
[0007] 优选的，所述的固定化微生物球的直径为1〜3_。
[0008] 优选的，所述的磁介质为金属镍。
[0009] 优选的，所述的金属镍为经过钝化处理后的金属镍。
[0010] 优选的，所述的磁介质的直径为0.2〜0.6mm。
[0011] 所述的一种用在污水处理装置中的固定化微生物球，其操作方法为:第一步、将污水处理装置设置磁场发生器，污水处理装置中的沉淀池不设置磁场发生器；第二步、将多个固定化微生物球置于污水处理装置中，在磁场发生器的作用下固定化微生物球在污水处理装置中处于悬浮状态；第三步、固定化微生物球在长时间使用中，表面的活性污泥渐渐失去活性，伴随着污水流入到污水处理装置中沉淀池的固定化微生物球通过自身的重力下沉到沉淀池底部，将沉到沉淀池底部的固定化微生物球进行回收再制备。
[0012]与现有技术相比，本发明的有益效果是:一、所述的应用在水处理装置中的固定化微生物球制备和回收方法所制备出的固定化微生物球采用固定化的方式能够使微生物固定起来，这种方式不仅能够保持住微生物的活性，更好地净化水质，而且能够更好地使泥水分离，沉降性好；固定化微生物球的直径为1〜3mm，固定化微生物球的直径不会因为太大而需要较大的磁场才能使固定化微生物球悬浮，污水也不会因为固定化微生物球的直径太大而难以接触到固定化微生物球里面的微生物，固定化微生物球也不会因为直径太小而难以制备和回收;二、固定化微生物球包括磁介质和活性污泥，磁介质能够在外加磁场的作用下使磁介质发生磁化，使固定化微生物球能够在磁场的作用下处于悬浮状态，从而有利于促进微生物的循环以及提高微生物活性，可以更好地净化水质;通过磁场控制固定化微生物球的方式还不会使固定化微生物球发生损坏;三、固定化微生物球能够回收利用，一方面由于固定化微生物球中的微生物新陈代谢以及长时间的处理污水，导致固定化微生物球中的微生物慢慢老死，采用回收的方式定期排出和补充固定化微生物球，可以使固定化微生物球中的微生物始终处于高活性状态;另一方面水中絮凝状或漂浮的微生物能够随着固定化微生物球一起排出，排出的微生物还可以作为制备固定化微生物球的原材料。附图说明[〇〇13]图1为本发明的结构示意图；图2为本发明应用于A 20污水处理系统沉淀池中的示意图。
[0014] 图中:1、磁介质，2、活性污泥，3、固定化微生物球。具体实施方式
[0015] 下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。
[0016] 实施例1:请参阅图1-2,本发明提供一种技术方案:一种用在污水处理装置中的固定化微生物球，包括磁介质1和活性污泥2，固定化微生物球的直径为1_，磁介质1为经过钝化处理后的金属镍，直径为0.2mm，磁介质1不带有磁性，但是能够在磁场的作用下发生磁化，活性污泥2 富含微生物;活性污泥2包裹着磁介质1，形成球状。[〇〇17] 一种用在污水处理装置中的固定化微生物球3的制备与回收是通过将富含微生物的活性污泥2通过溶剂溶解成粘稠状后填满表面由锡箱纸制成的具有特定大小圆孔的板中；再将磁介质1置于板上，每个圆孔中放置一个磁介质1;然后将板从平铺的矩形弯曲成圆柱形，表面的圆孔弯曲变大，使风干的固定化微生物球3能够与表面由锡箱纸制成的板脱离;将固定化微生物球3用于污水处理装置中，且在污水处理装置周围通过设置磁场发生器产生磁场，使固定化微生物球3在污水处理装置中处于悬浮状态；固定化微生物球3在长时间使用中，表面的活性污泥2渐渐失去活性，流入到周围不设置有磁场的沉淀池中的固定化微生物球3通过自身的重力下沉到底部进行回收，最后将回收的固定化微生物球3通过浸泡，碾压，离心的方式回收磁介质1;再将回收到的磁介质1与活性污泥2充分混合重新制成固定化微生物球3。[〇〇18] 一种用在污水处理装置中的固定化微生物球，其操作方法为:第一步、将污水处理装置设置磁场发生器，污水处理装置中的沉淀池不设置磁场发生器；第二步、将多个固定化微生物球3置于A20污水处理系统中，在磁场发生器的作用下固定化微生物球3在A 20污水处理系统中处于悬浮状态；第三步、固定化微生物球3在长时间使用中，表面的活性污泥2渐渐失去活性，伴随着污水流入到A 20污水处理系统中沉淀池的固定化微生物球3通过自身的重力下沉到沉淀池底部，将沉到沉淀池底部的固定化微生物球3进行回收再制备。
[0019] 实施例2:请参阅图1-2,本发明提供一种技术方案:一种用在污水处理装置中的固定化微生物球，包括磁介质1和活性污泥2，固定化微生物球的直径为3_，磁介质1为经过钝化处理后的金属镍，直径为0.6mm，磁介质1不带有磁性，但是能够在磁场的作用下发生磁化，活性污泥2 富含微生物;活性污泥2包裹着磁介质1，形成球状。
[0020] 一种用在污水处理装置中的固定化微生物球3的制备与回收是通过将富含微生物的活性污泥2通过溶剂溶解成粘稠状后填满表面由锡箱纸制成的具有特定大小圆孔的板中；再将磁介质1置于板上，每个圆孔中放置一个磁介质1;然后将板从平铺的矩形弯曲成圆柱形，表面的圆孔弯曲变大，使风干的固定化微生物球3能够与表面由锡箱纸制成的板脱离;将固定化微生物球3用于污水处理装置中，且在污水处理装置周围通过设置磁场发生器产生磁场，使固定化微生物球3在污水处理装置中处于悬浮状态；固定化微生物球3在长时间使用中，表面的活性污泥2渐渐失去活性，流入到周围不设置有磁场的沉淀池中的固定化微生物球3通过自身的重力下沉到底部进行回收，最后将回收的固定化微生物球3通过浸泡，碾压，离心的方式回收磁介质1;再将回收到的磁介质1与活性污泥2充分混合重新制成固定化微生物球3。[0021 ] —种用在污水处理装置中的固定化微生物球，其操作方法为:第一步、将污水处理装置设置磁场发生器，污水处理装置中的沉淀池不设置磁场发生器；第二步、将多个固定化微生物球3置于MBR污水处理系统中，在磁场发生器的作用下固定化微生物球3在MBR污水处理系统中处于悬浮状态；第三步、固定化微生物球3在长时间使用中，表面的活性污泥2渐渐失去活性，伴随着污水流入到MBR污水处理系统中沉淀池的固定化微生物球3通过自身的重力下沉到沉淀池底部，将沉到沉淀池底部的固定化微生物球3进行回收再制备。[〇〇22] 实施例3:请参阅图1-2,本发明提供一种技术方案:一种用在污水处理装置中的固定化微生物球，包括磁介质1和活性污泥2，固定化微生物球的直径为2mm，磁介质1为经过钝化处理后的金属镍，直径为0.4mm，磁介质1不带有磁性，但是能够在磁场的作用下发生磁化，活性污泥2 富含微生物;活性污泥2包裹着磁介质1，形成球状。[〇〇23] 一种用在污水处理装置中的固定化微生物球3的制备与回收是通过将富含微生物的活性污泥2通过溶剂溶解成粘稠状后填满表面由锡箱纸制成的具有特定大小圆孔的板中；再将磁介质1置于板上，每个圆孔中放置一个磁介质1;然后将板从平铺的矩形弯曲成圆柱形，表面的圆孔弯曲变大，使风干的固定化微生物球3能够与表面由锡箱纸制成的板脱离;将固定化微生物球3用于污水处理装置中，且在污水处理装置周围通过设置磁场发生器产生磁场，使固定化微生物球3在污水处理装置中处于悬浮状态；固定化微生物球3在长时间使用中，表面的活性污泥2渐渐失去活性，流入到周围不设置有磁场的沉淀池中的固定化微生物球3通过自身的重力下沉到底部进行回收，最后将回收的固定化微生物球3通过浸泡，碾压，离心的方式回收磁介质1;再将回收到的磁介质1与活性污泥2充分混合重新制成固定化微生物球3。[〇〇24] 一种用在污水处理装置中的固定化微生物球，其操作方法为:第一步、将污水处理装置设置磁场发生器，污水处理装置中的沉淀池不设置磁场发生器；第二步、将多个固定化微生物球3置于A20污水处理系统中，在磁场发生器的作用下固定化微生物球3在A 20污水处理系统中处于悬浮状态；第三步、固定化微生物球3在长时间使用中，表面的活性污泥2渐渐失去活性，伴随着污水流入到A 20污水处理系统中沉淀池的固定化微生物球3通过自身的重力下沉到沉淀池底部，将沉到沉淀池底部的固定化微生物球3进行回收再制备。
[0025]以上所述，仅为本发明较佳的具体实施方式，但本发明的保护范围并不局限于此， 任何熟悉本技术领域的技术人员在本发明揭露的技术范围内，根据本发明的技术方案及其改进构思加以等同替换或改变，都应涵盖在本发明的保护范围内。
Claims (7)
1.一种用在污水处理装置中的固定化微生物球，其特征在于:包括磁介质(1)和活性污 泥(2)，所述的磁介质(1)不带有磁性，但是能够在磁场的作用下发生磁化，所述的活性污泥(2) 富含微生物;所述的活性污泥(2)包裹着磁介质(1)，形成球状。
2.根据权利要求1所述的一种用在污水处理装置中的固定化微生物球，其特征在于:所 述的一种用在污水处理装置中的固定化微生物球(3)的制备与回收是通过将富含微生物的 活性污泥(2)通过溶剂溶解成粘稠状后填满表面由锡箱纸制成的具有特定大小圆孔的板 中；再将磁介质(1)置于板上，每个圆孔中放置一个磁介质(1);然后将板从平铺的矩形弯曲 成圆柱形，表面的圆孔弯曲变大，使风干的固定化微生物球(3)能够与表面由锡箱纸制成的 板脱离;将固定化微生物球(3)用于污水处理装置中，且在污水处理装置周围通过设置磁场 发生器产生磁场，使固定化微生物球(3)在污水处理装置中处于悬浮状态;固定化微生物球(3) 在长时间使用中，表面的活性污泥(2)渐渐失去活性，流入到周围不设置有磁场的沉淀 池中的固定化微生物球(3)通过自身的重力下沉到底部进行回收，最后将回收的固定化微 生物球(3)通过浸泡，碾压，离心的方式回收磁介质(1);再将回收到的磁介质(1)与活性污 泥(2)充分混合重新制成固定化微生物球(3)。
3.根据权利要求2所述的一种用在污水处理装置中的固定化微生物球，其特征在于:所 述的固定化微生物球(3 )的直径为1〜3mm。
4.根据权利要求1所述的一种用在污水处理装置中的固定化微生物球，其特征在于:所 述的磁介质(1)为金属镍。
5.根据权利要求4所述的一种用在污水处理装置中的固定化微生物球，其特征在于:所 述的金属镍为经过钝化处理后的金属镍。
6.根据权利要求4所述的一种用在污水处理装置中的固定化微生物球，其特征在于:所 述的磁介质(1)的直径为0.2〜0.6mm。
7.根据权利要求1所述的一种用在污水处理装置中的固定化微生物球，其操作方法为: 第一步、将污水处理装置设置磁场发生器，污水处理装置中的沉淀池不设置磁场发生器；第二步、将多个固定化微生物球(3)置于污水处理装置中，在磁场发生器的作用下固定 化微生物球(3)在污水处理装置中处于悬浮状态；第三步、固定化微生物球(3)在长时间使用中，表面的活性污泥(2)渐渐失去活性，伴随 着污水流入到污水处理装置中沉淀池的固定化微生物球(3)通过自身的重力下沉到沉淀池 底部，将沉到沉淀池底部的固定化微生物球(3)进行回收再制备。
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