1) trickling bio-filter
滴滤塔
1.
In trickling bio-filter, desulfurizing by Thiobacillus ferrooxidans combined with inorganic chemistry and microbiology elements, sulfur dioxide in flue gas can be removed effectively.
试验分两步挂膜:培养箱预挂膜和滴滤塔中挂膜。
2) bio-trickling filter
生物滴滤塔
1.
Study on treatment of hydrogen sulfide odor by high efficiency bio-trickling filter;
高效生物滴滤塔处理硫化氢臭气的试验研究
2.
Study on purification of SO_2 from gas at low concentration by bio-trickling filter
生物滴滤塔净化含SO_2气体的试验研究
3.
In order to dispose of H2S odor pollution,a long-term lab-scale deodorization experiment is carried out continuously by bio-trickling filter packed with ZX01 stuffing.
为了治理H2S恶臭污染,研究采用装有ZX01型填料的生物滴滤塔,进行了长期实验室H2S脱臭试验。
3) biotrickling filter
生物滴滤塔
1.
Pilot-study on treatment of volatile organic waste gases from the raffinate in penicillin workshop by biotrickling filter;
生物滴滤塔处理青霉素车间VOCs中试研究
2.
On how to choose the packaging materials for removing sulfur dioxide by biotrickling filter;
生物滴滤塔脱除SO_2的填料选择研究
3.
Study on start-up of biotrickling filter for nitric oxide denitrification.;
生物滴滤塔反硝化净化NO废气的启动
4) trickling biofilter
生物滴滤塔
1.
The trickling biofilter was used to remove the toluene from waste-gas.
采用生物滴滤塔去除甲苯废气中的甲苯,考察了气体流量和液体流量对净化效率、出口与进口温差及塔内温度分布的影响。
2.
The pilot study on treatment of mixed gas containing H_2S and NH_3 was carried out in a trickling biofilter.
利用生物滴滤塔对含H_2S和NH_3气体的处理进行了中试研究。
5) bio-trickling reactor
生物滴滤塔
1.
The optimal operating conditions for H_2S removal in an improved bio-trickling reactor;
改进型生物滴滤塔处理H_2S臭气的最适工艺条件研究
2.
Bio-degradation model of VOCs in bio-trickling reactor and its application.;
生物滴滤塔中挥发性有机物降解模型及应用
3.
Tor remove hydrogen sulfide and ammonia discharged from sewage plant and chemical industry,an improved bio-trickling reactor packed with a new designed cross-flow type carrier was developed.
针对污水处理厂和化工厂排放的硫化氢(H2S)和氨气(NH3)严重污染环境并威胁人居健康的情况,以H2S和NH3混合臭气为研究对象,考察小试规模的改进型生物滴滤塔对H2S和NH3的脱臭效能及两者的相互影响。
6) trickling filter
滴漏过滤塔
补充资料:无柄液滴法、躺滴法、座滴法等
分子式:
CAS号:
性质:又称无柄液滴法、躺滴法、座滴法等。根据液面外形求算表(界)面张力的一种方法。当待测液液滴稳定地停在水平固体表面上,其外形与液体表面张力γ有关。根据巴什弗思–亚当斯(Bashforth-Adams)方程可有以下关系式ρ1和ρ2分别为待测液体及液滴外介质的密度,g为重力加速度,β为形状因子,b为大小因子。当液体与固体表面接触角大于90°时可根据测出的液滴的赤道半径及其与液滴顶点的垂直距离数值查表得出相应的β及b值,从而算出表面张力γ。本法简便,适用于吸附平衡时间长的体系和低表面张力的测定;也能用于测定界面张力及熔融金属的表(界)面张力。
CAS号:
性质:又称无柄液滴法、躺滴法、座滴法等。根据液面外形求算表(界)面张力的一种方法。当待测液液滴稳定地停在水平固体表面上,其外形与液体表面张力γ有关。根据巴什弗思–亚当斯(Bashforth-Adams)方程可有以下关系式ρ1和ρ2分别为待测液体及液滴外介质的密度,g为重力加速度,β为形状因子,b为大小因子。当液体与固体表面接触角大于90°时可根据测出的液滴的赤道半径及其与液滴顶点的垂直距离数值查表得出相应的β及b值,从而算出表面张力γ。本法简便,适用于吸附平衡时间长的体系和低表面张力的测定;也能用于测定界面张力及熔融金属的表(界)面张力。
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