1) hydraulic loading
水力负荷
1.
Study on influence of hydraulic loading for running of ANAMMOX reactor;
水力负荷对厌氧氨氧化反应器运行影响的研究
2.
Design of hydraulic loading cycle for constructed rapid infiltration wastewater treating systems;
人工快渗污水处理系统水力负荷周期的设计
3.
Effect of hydraulic loading and HRT on nitrogen removal of foam board floating island;
水力负荷及水力停留时间对泡板型浮岛脱氮效果的影响
2) hydraulic load
水力负荷
1.
Effect of hydraulic load on efficiency of enhanced biological nitrogen removal in subsurface infiltration system
地下渗滤生物强化系统的建立及水力负荷对系统脱氮效果的影响
2.
The influence of hydraulic load and air/water ratio on the pollutant removal efficiency was investigated.
采用以沸石为填料的侧向流曝气生物滤池(LBAF)处理生活污水,考察了水力负荷和气水比对其除污效果的影响。
3.
Comprehensively considering the purification effect and wastewater treatment capacity,the hydraulic load should be controlled at 0.
采用复合垂直流渗滤系统处理城镇生活污水,试验结果表明,经过1个月左右的启动阶段,系统出水水质基本达到稳定;复合垂直流渗滤系统能承受较高的有机负荷,采用沉淀作为其前处理工艺的效果较为理想;综合考虑净化效果和处理能力,复合垂直流渗滤系统的水力负荷宜控制在0。
3) hydraulic loading rate
水力负荷
1.
The influence of hydraulic loading rate on filter performance was investigated by adjusting hydraulic loadings, and using zeolite, cinder and polythene pipes as the control media.
通过改变水力负荷,研究了水力负荷对滤器性能的影响,并比较了以沸石、煤渣和塑料短管为填料的试验结果。
2.
The results showed that the IVCW effectively removed total suspended solids(85%),chemical oxygen demand(50%),five-day biochemical oxygen demand(44%),total ammonia(53%),nitrite(83%) and nitrate(54%) from the aquaculture wastewater at a hydraulic loading rate(HLR) of 420mm/d.
结果表明,在420 mm/d的水力负荷下,湿地可有效地去除循环水中的总悬浮物(去除率85%)、CODCr(去除率50%)、BOD5(去除率44%)、总氨氮(去除率53%)、亚硝酸盐(去除率83%)和硝酸盐(去除率54%),能够满足养殖用水的要求,整个试验期间系统实现了零污水排放。
3.
8% of TP at the hydraulic loading rate(HLR) of 3.
采用水耕植物过滤法(hydroponic bio-filter method,HBFM)净化富营养化地表水的试验表明,在水力负荷为3。
4) high hydraulic loading
高水力负荷
1.
After continuous operation for 32 months, it was showed that the constructed wetland at high hydraulic loading has removal rate of over 90% respectively for ammonia, chlorophyll a and blue algae, and TP removal rate comes up to 68.
连续32个月的运行结果表明,高水力负荷人工湿地对非离子氨、叶绿素a和蓝藻的平均去除率分别达到90%以上,对TP的去除率达到68。
2.
Five kinds of fillers including zeolite,anthracite,vermiculite,blast furnace slag and biological ceramsite were used in combination in four simulative vertical flow constructed wetlands to treat wastewater at a high hydraulic loading range(1 to 2.
在较高水力负荷(1～2。
5) hydraulic loading shock
水力负荷冲击
1.
Three strategies are used for control of sludge recycle flow in activated sludge system under hydraulic loading shock.
结合水力传递模型和二沉池模型,对水力负荷冲击下活性污泥系统的回流污泥量控制的三种策略(回流污泥量不变,回流污泥量随系统进水流量成比例增加,回流污泥量随进入二沉池的流量成比例变化)进行了初步分析比较。
6) HLC
水力负荷周期
1.
The results show that CRI have quite different removal effect by using two different Hydraulic Loading Cycle (HLC) at the same Hydraulic Loading (HL).
以天然砂作为主要渗滤介质处理洗浴污水的试验研究的结果表明,在相同的水力负荷条件下,采取2种明显不同的水力负荷周期运行,人工快渗系统对洗浴污水的污染物去除效果具有明显的差别,通过缩短水力负荷周期,提高了人工快渗系统的复氧效率,增大了水在系统中的停留时间,快渗系统的污染物去除效果得到了明显改善。
补充资料：水力负荷
分子式：
CAS号：
性质：投加于某一给定水处理设施的水或废水量。它是水处理构筑物的一项设计和运行参数。一般以单位时间内的水量容积或单位时间、单位表面积(水池)内的水量容积表示。
CAS号：
性质：投加于某一给定水处理设施的水或废水量。它是水处理构筑物的一项设计和运行参数。一般以单位时间内的水量容积或单位时间、单位表面积(水池)内的水量容积表示。
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