Sentence examples for phosphorus adsorption from inspiring English sources
Pseudo-second order kinetic model was the most relevant to describe the kinetic of phosphorus adsorption.
The phosphorus adsorption capacity was examined using a PO43− standard solution with 50 g of soil/100 mL of liquid.
Also, the effects of the artificial rainfall event on the characteristics of residual soil after the rainfall and phosphorus adsorption capacity were evaluated in the lab.
A lab scale column test and jar test were also performed to identify the capacity of phosphorus adsorption in the soil.
Most sites were phosphorus-limited, likely as an indirect result of anthropogenic activities, phosphorus adsorption to carbonate sediments, and freshwater phosphorus limitation.
Simplex-centroid mixture design method was used to determine the optimum mixture proportions by evaluating both phosphorus adsorption efficiency and adsorbent hardness.
Laboratory batch experiments indicate phosphorus adsorption by the iron oxide pellets, but there is no apparent increase in uranium removal in mixtures compared to bone char pellets alone.
A series of lab-scale trials including static tests, column tests and sequencing batch reactor (SBR) trials were designed and conducted to assess the potential NOM release from the alum sludge and its behavior on the effect of phosphorus adsorption.
The 0.9 m column had a sustained ability to adsorb the influent phosphorus during the study period; however, the phosphorus adsorption capacity of the 0.425 m column began to decrease after approximately 30 days.
Here we used three inexpensive substrates including loess, cinder and limestone to construct a wetland along the shore of Lake Taihu, and then tested the total phosphorus (TP) removal ability of the wetland, the chemical and physical characteristics, and the abilities of phosphorus adsorption and inhibition of substrates.
An effective engineered biochar was investigated by pyrolyzing cow dung for phosphorus (P) adsorption from water solutions and by reusing the biochar as slow-release fertilizer in soil.
