Sentence examples for mercury removal efficiency from inspiring English sources

Effects of microwave power and treatment time on mercury removal efficiency were studied.

These carbon-based sorbents showed excellent mercury removal efficiency at 100 and 200 °C.

There was significant difference between the mercury removal efficiency of tested sorbents, varying from 98.3% down to 23%.

The results show that the mercury removal efficiency of the fly ash with EMF increases by 15 25 percentage points as compared with that without EMF.

Further recommendations have been proposed with the aim of increasing the mercury removal efficiency using carbon activation processes with lower energy input, while achieving similar or even higher efficiencies.

In the pilot-scale, four injection ports vertical to the flue gas flow direction could help improve mixture of sorbent and flue gas so that the mercury removal efficiency became higher.

Mercury analyses of the supernatants revealed more than 77 % Hg removal efficiency upon self-aggregation activities of the yeasts without any significant difference when chemical flocculants were added to the culture (as shown in Table 4).

Data of the three coals under different pyrolysis pressures showed that reducing the pressure would improve the mercury removal rate and removal efficiency and that the effect was distinguished by coal type.

Results from the Hg0 removal experiments demonstrated that TNTs was a wonderful catalyst and adsorbent for the removal of elelmental mercury and the removal efficiency was controlled by both morphology and crystal form of the TNTs.

The detection of anthropogenic elemental mercury (Hg0) is the first step for evaluating the efficiency of mercury removal technologies implemented in many industrial processes.

The surface and textural characteristics of activated carbons are the two decisive factors in their efficiency in mercury removal from wastewater.