Sentence examples for removal potential from inspiring English sources

δMnO2 exhibits higher adsorbing potential for X-GRL than βMnO2 does, with dissolved organic carbon (DOC) removal potential (removed DOC at per gram MnO2) of 4.92 and 0.31 mg/g, respectively.

The synthesized products were utilized as adsorbents for heavy metals (Pb2+ in this study) removing from aqueous solution and their reactive Pb2+ removal potential was evaluated.

The method combines the categorisation of the relative importance of the primary removal processes within 15 different BMPs with an evaluation of the ability of each process to remove a pollutant in order to generate a value representing the pollutant removal potential for each BMP.

Their study demonstrated that E. densa is able to remove more than 70% of Zn ions from solution, thus indicating the removal potential of Zn by E. densa.

In this investigation the sulfate removal potential of pumice was greater than scoria the efficiency of pumice to remove sulfate was from 83 to 84% whereas scoria shows from 75to77%75to77%

The result shows that addition of SES enhances heat removal potential with minimum pumping power.

Organic matter (OM) fractions and their removal potentials in various stages of anaerobic anoxic oxic (A2/O) process were identified and evaluated.

MnOx-CeOx/SiO2 showed greater Hg and low-temperature NO removal potentials than MnOx/SiO2, with MnOx(20% -CeOx(10% -CeOx having Hg0 removal efficiency of 96% at 10% °C and nearly 100% reduction of NO under a broad operation window of 100–300 °C.

Within catchments, soils from the groundwater discharge zones showed greater potential denitrification rates but smaller N2O / (N2O + N2) ratios in comparison with those on the hill slopes, implying large N removal potentials of soils from the groundwater discharge zones.

In contrast, Bacillus isolates especially Y4, Y6 and 17-3 showed better COD removal potentials but weaker acid producing abilities than the Halomonas species.

Therefore, there is a possibility that the Cd removal potentials of these plant varieties can be further improved in the future by optimizing agronomic practice and soil conditions (Wei et al., 2008; Zhao et al., 2003).