Sentence examples for hydraulic load of from inspiring English sources

Generally, wet ponds are constructed only to reduce the hydraulic load of downstream receiving water bodies.

The two wetland units were operated at a hydraulic load of 20 m3/day for each unit and at temperature ranged from 15 to 30 °C.

With the purpose of evaluating the feasibility and the treatment efficiency under variable and stress conditions, the pilot plant was tested with and without vegetation at the design specifications and different organic and hydraulic load of grey water were performed.

The IVFCW can remove about 71% of the chemical oxygen demand, 67% of NH3-N and 80% of TN after five days at the hydraulic load of 0.6~0.8m3/m2.d in summer; But at low temperature, all kinds of pollutants has a lower removal efficiency compared with summer.

Only the Gaobeidian WWTP, which is the biggest facility of Beijing to date, with a hydraulic load of around 1 million m d 1 (11.5 m s 1) of sewage discharged to the Tonghui River (downstream site 5), increased the concentration of TP again considerably at site 6.

The HETP is predicted accurately around hydraulic loading of the packed bed.

An excellent treatment efficiency could be achieved at 20 35 °C, with a leachate distribution time of 1 h once every period of 2 3 days, hydraulic loading of 11 30 L/(m3 day), and COD loading of 550 1200 g/(m3 day).

Wastewater from all human uses and the domestic animals in Biosphere 2 was treated and recycled through a series of constructed wetlands, which had hydraulic loading of 0.9 1.1 m3 day−1 (240–290 gal d−1).

Relationships between nitrification rates and easily accessible process parameters, like bulk phase concentration of TAN, O2, organic matter (COD), nitrite, temperature, HCO3−, pH and the hydraulic loading of the trickling filter, are discussed in relation to the design and operation of such filters.

Optimum results were observed in case of hydraulic loading rate of 2.5 m3m−2.5ay−1.

We tested the hypothesis that dissolved silicate (DSi) yields [kg km− 2 yr− 1] of 82 major watersheds of the Baltic Sea can be expressed as a function of the hydraulic load (HL) as a measure of water residence time and the total organic carbon (TOC) concentration, both variables potentially increasing the DSi yield.