Sentence examples for maximum elimination capacity from inspiring English sources

Maximum elimination capacity (EC) of biofilter was found to be an order of magnitude greater than that for bioscrubber.

BTF maximum removal efficiency (RE) of 99.8% was achieved with a maximum elimination capacity (EC) of 1,509 g H2S m−3 H2S.

At the maximum loading rate of 77 g/(m3 h), the removal efficiency was 75% marking the maximum elimination capacity for the TBAB at 58.8 g/(m3 h).

A maximum elimination capacity of 2.79 kg-phenol/m3 d was achieved in the spouted bed bioreactor, with Comamonas acidovorans being the dominant strain during high degradation periods.

The maximum elimination capacity (EC) for toluene and xylene were 29.2 and 16.4 g m−3 h−1, respectively, at inlet loads of 53.8 and 43.7 g m−3 h−1.

Nevertheless, the presence of black slag improved long-term biofilter performance, and the maximum elimination capacity (43 g m−3 h−1) was recorded in the biofilter packed with a mixed support.

The maximum elimination capacities (ECs) obtained were 94.2 mg m−3 h−1 and 44 mg m−3 h−1 in the combined UV-BTF and single BTF, respectively.

A mathematical model for the determination of kinetic-related parameters such as the maximum H2S elimination capacity and morphological properties of biofilm (i.e., thickness and fraction of wetted area of packing bed) was developed and calibrated.

The MFC also showed a maximum toluene elimination capacity of 274.5 ± 14.4 g m−3 h−1, which is higher than the values usually reported for biofiltration systems and comparable with those with biotrickling filters.

A maximum power density of 49.1 mW/m2 and an EA elimination capacity of 83.8 g/m3 h were obtained.

The average elimination capacity was 150 g/m3 reactor/h and it increased with the organic load until a maximum level after a load of 300 g/m3 reactor/h.