1) blower-aeration
鼓气曝气
1.
Two methods of blower-aeration and vacuum pump-aeratin were comparatively studied.
对鼓气曝气和抽气曝气两类曝气方法做了对比研究,结果显示:抽气曝气,稀释水DO始终达不到8mg/L,开放静置24h,DO几乎不增加;鼓气曝气30min,稀释水DO已稳定超过8mg/L,鼓气曝气120min后开放静置20h,DO仍有8mg/L。
2) blast aeration
鼓风曝气
1.
The method of calculation of gas demand of blast aeration is discussed to solve problems in calculating the gas demand of blast aeration,so that the calculated result can accord better with factual aeration process.
目的针对目前鼓风曝气空气量计算方法存在的问题,改进计算方法,使得计算结果更好地反映曝气实际过程。
2.
The paper discussed the way and mechanism of aeration dissolve of oxygen and the operation features of domestic sewage treatment station of a power generation corporation,and the blast aeration way of domestic sewage treatment station was adjusted.
阐述了曝气溶氧的方式、机理和某发电有限责任公司生活污水处理站运行的特点,对生活污水处理站鼓风曝气方式进行了调整。
3) bubble aeration
鼓泡曝气
4) air blow aeration tank
鼓风曝气池
5) air blow aeration tank
空气鼓风曝气槽
6) blower aeration
鼓风曝气系统
1.
The principle and technique of blower aeration and pure oxygen aeration in municipal sewage treatment are analysed and compared.
就城市污水处理工艺中鼓风曝气系统和纯氧(或富氧)曝气系统,从原理、技术性指标等方面进行了分析和比较,显然纯氧曝气系统比鼓风曝气系统具有一定的优越性。
补充资料：鼓气
1.鼓起气势;鼓舞士气。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条