1) floatsam
浮料
2) suspended carrier
悬浮填料
1.
Catalyzed iron internal electrolysis-suspended carrier CASS process for chemical wastewater treatment;
催化铁内电解—悬浮填料CASS工艺处理化工废水
2.
Nitrogen and phosphorus removal efficiencies were studied by infusing the campus sanitary sewage and suspended carrier into a Sequencing Batch Reactor(SBR) reactor using a carrier fill rate of 30 percent.
以校园生活污水为处理对象,在SBR(Sequencing Batch Reactor)反应池中投加悬浮填料进行脱氮除磷效能研究。
3.
An experiment was carried out to investigate the influence of adding suspended carrier into the SMBR on the contaminant removal effect of the system,the membrane fouling process and the concentration of mixed liquor suspended solids.
通过试验考察了向SMBR中投加悬浮填料对系统除污效果、膜污染进程和混合液污泥浓度的影响。
3) suspended packing
悬浮填料
1.
Design and application of rotation-cage-type bioreactor with suspended packing;
悬浮填料转笼式生物反应器的研制与应用
2.
Structure optimization of suspended packing based on injection molding analysis
用注射分析对悬浮填料结构优化
3.
The suspended packing is an important material for water environment control,because it plays key role in biological contact oxidation.
悬浮填料是在生物接触氧化法处理污水中起着重要作用的水环境治理材料,已引起国内环境材料研究人员的广泛关注。
4) floating filler
浮动填料
1.
It proves through engineering practice that to renovate the old sewage works by adding floating filler is technically feasible and economically reasonable.
通过工程实例说明采用添加浮动填料改造老污水厂,是技术可行、经济上比较合理的工艺改造方法。
5) suspended carriers
悬浮填料
1.
The biological nitrogen removal efficiency with the suspended carriers activated sludge reactor is studied in this paper.
对悬浮填料型活性污泥生物脱氮工艺进行了研究。
2.
But if we put suspended carriers into activated sludge system,the biofilm growing on the carriers and suspended activated sluged can strengthen nitrification capacity together.
通过不投加悬浮填料的普通活性污泥法与投加悬浮填料的活性污泥 -生物膜法的对比研究发现 ,普通活性污泥法的硝化能力很低 ;但向普通活性污泥系统中投加悬浮填料后 ,填料载体上附着生长的生物膜与悬浮生长的活性污泥共同作用 ,可强化原有系统的硝化功能 ,出水 NH3- N小于 15 mg/ l。
6) floated packing
漂浮填料
补充资料：浮料
分子式：
CAS号：
性质： 在流化过程中，若固体颗粒大小不同或密度不同，体积小的或密度小的颗粒便浮在上层，称为浮料。利用这个原理可以对固体颗粒进行分离。
CAS号：
性质： 在流化过程中，若固体颗粒大小不同或密度不同，体积小的或密度小的颗粒便浮在上层，称为浮料。利用这个原理可以对固体颗粒进行分离。
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