移动搅拌机技术(shu)的(de)(de)(de)氧生化处理是搅(jiao)(jiao)拌(ban)(ban)(ban)机(ji)内(nei)部系统的(de)(de)(de)一个重(zhong)要工艺环节，它的(de)(de)(de)作(zuo)用是向搅(jiao)(jiao)拌(ban)(ban)(ban)机(ji)内(nei)部的(de)(de)(de)反(fan)应器(qi)内(nei)充氧，保(bao)证搅(jiao)(jiao)拌(ban)(ban)(ban)机(ji)内(nei)部的(de)(de)(de)搅(jiao)(jiao)拌(ban)(ban)(ban)介质作(zuo)用所需的(de)(de)(de)溶解氧，并保(bao)持搅(jiao)(jiao)拌(ban)(ban)(ban)机(ji)的(de)(de)(de)反(fan)应器(qi)内(nei)搅(jiao)(jiao)拌(ban)(ban)(ban)介质的(de)(de)(de)充分混合(he)，为搅(jiao)(jiao)拌(ban)(ban)(ban)机(ji)中的(de)(de)(de)搅(jiao)(jiao)拌(ban)(ban)(ban)介质提供生存(cun)空(kong)间，也为搅(jiao)(jiao)拌(ban)(ban)(ban)机(ji)降(jiang)解有机(ji)物(wu)提供有利的(de)(de)(de)搅(jiao)(jiao)拌(ban)(ban)(ban)机(ji)的(de)(de)(de)搅(jiao)(jiao)拌(ban)(ban)(ban)介质反(fan)应条件。

搅(jiao)拌(ban)机中(zhong)的(de)(de)(de)搅(jiao)拌(ban)介质中(zhong)的(de)(de)(de)好氧(yang)化(hua)(hua)生化(hua)(hua)处(chu)理也是搅(jiao)拌(ban)机内部(bu)系(xi)统中(zhong)运转费用比较高的(de)(de)(de)一个(ge)工艺环节，因为(wei)搅(jiao)拌(ban)机本身的(de)(de)(de)搅(jiao)拌(ban)充氧(yang)电(dian)(dian)耗(hao)电(dian)(dian)量在一般(ban)的(de)(de)(de)搅(jiao)拌(ban)机电(dian)(dian)动产品(pin)中(zhong)的(de)(de)(de)总(zong)动力(li)的(de)(de)(de)耗(hao)能是60%—70%。

就目前来讲，搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)中的(de)(de)搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)介质的(de)(de)好氧曝(pu)气工艺普遍存在(zai)的(de)(de)效率是(shi)比较低的(de)(de)，而且搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)中搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)介质的(de)(de)能耗(hao)也是(shi)相当(dang)高的(de)(de)，一般(ban)的(de)(de)机(ji)(ji)(ji)(ji)(ji)械搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)厂家在(zai)处理搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)中内(nei)部物质的(de)(de)搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)介质时(shi)(shi)，正常所需要(yao)的(de)(de)时(shi)(shi)间是(shi)6—8h，搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)中的(de)(de)空压(ya)机(ji)(ji)(ji)(ji)(ji)所提供的(de)(de)氧量的(de)(de)利用率只有搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)介质本(ben)身的(de)(de)百分之几(ji)，搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)中的(de)(de)很多部分电能都被白(bai)(bai)白(bai)(bai)浪费掉了，这也就使搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)中曝(pu)气池(chi)设备(bei)中的(de)(de)体积及搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)中内(nei)部系统的(de)(de)部件投资(zi)庞大，造成搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)机(ji)(ji)(ji)(ji)(ji)中搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)介质不不吸收和搅(jiao)(jiao)拌(ban)(ban)(ban)(ban)(ban)(ban)(ban)不均(jun)匀的(de)(de)问题，其主要(yao)原因即(ji)在(zai)于(yu)此。

由(you)于(yu)搅(jiao)(jiao)拌(ban)机(ji)的(de)(de)(de)搅(jiao)(jiao)拌(ban)结(jie)构和部(bu)(bu)件的(de)(de)(de)原料及能源(yuan)成(cheng)本(ben)持续上涨(zhang)，通过优(you)化能源(yuan)效率，搅(jiao)(jiao)拌(ban)机(ji)工作中操作者及搅(jiao)(jiao)拌(ban)机(ji)内部(bu)(bu)系(xi)统的(de)(de)(de)物(wu)质(zhi)都(dou)需要有一个大范围和彻(che)底的(de)(de)(de)改善(shan)。由(you)此看(kan)来，搅(jiao)(jiao)拌(ban)机(ji)行业的(de)(de)(de)搅(jiao)(jiao)拌(ban)内部(bu)(bu)系(xi)统和搅(jiao)(jiao)拌(ban)机(ji)技术的(de)(de)(de)提升，以及搅(jiao)(jiao)拌(ban)机(ji)搅(jiao)(jiao)拌(ban)成(cheng)本(ben)的(de)(de)(de)改善(shan)是一项非常(chang)重要的(de)(de)(de)工作。

所以在搅(jiao)(jiao)拌(ban)机的(de)选型和设计方面，SBBR对搅(jiao)(jiao)拌(ban)机内部系统(tong)(tong)搅(jiao)(jiao)拌(ban)介(jie)质是有(you)一(yi)定有(you)利(li)的(de)影响(xiang)的(de)，搅(jiao)(jiao)拌(ban)机中(zhong)曝气(qi)量也(ye)是影响(xiang)搅(jiao)(jiao)拌(ban)机中(zhong)搅(jiao)(jiao)拌(ban)介(jie)质效(xiao)果的(de)一(yi)个重要因素，增(zeng)加(jia)搅(jiao)(jiao)拌(ban)机内部系统(tong)(tong)中(zhong)氧的(de)传递速(su)率，起(qi)到了(le)(le)调控搅(jiao)(jiao)拌(ban)机搅(jiao)(jiao)拌(ban)命脉寿命的(de)作用，也(ye)为内部系统(tong)(tong)的(de)保(bao)养提(ti)供(gong)了(le)(le)有(you)利(li)的(de)参(can)考值(zhi)。