Sentence examples for inlet load from inspiring English sources

The whole biocover CH4 oxidation efficiency was determined by measuring the CH4 inlet load and CH4 surface fluxes.

The biofilters were operated during 2 years, operating in the empty bed residence time range between 22 and 90 s and in the inlet load range between 20 and 200 g m−3 h−1.

Overall, the optimum TBC is comprised of a 30-cm thick bed of 0 10 mass% sawdust mixed with compost, having a moisture content of 52% ww, which showed 100% CH4 oxidation efficiency over an extended period of time even at a relatively high methane inlet load of 9.4 g m−3 h−1.

An increase in CH4 removal rates was observed among all columns over the 500 day incubation period, with steady-state CH4 removal efficiencies ranging from ∼60 to 90% in the final stages of incubation (inlet load ∼80 g CH4 m−2 d−1).

Since styrene inlet concentration, inlet load, and removal efficiency autocorrelated with styrene outlet concentration, these variables were not included in the CCA analysis.

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.

The bioscrubber and biofilter units when operated in a series showed more than 90% removal efficiency up to the inlet loading rate (IL) of 371.1 g/m3/h.

The effects of liquid rate, inlet loading, MEA concentration, and gas liquid contact height on the performance of a full-cone nozzle are elucidated.

The aim of this work was to study the performance of a compost/ceramic bead biofilter (6:4 v/v) for the removal of gas-phase toluene and xylene at different inlet loading rates (ILR).

The results showed that the maximum EC value of RSCs was 935 mg m−3 h−100%00% removal efficiency, RE) for an inlet loads (IL) between 0 and 1000 mg m−3 h−1.

In this study, a state-of-art disk-based RBC has been modified to a drum-based with sponge supporting medium and its performance at different inlet loading rates (ILR) of gaseous benzene, and its effect on elimination capacity (EC) and removal efficiency (RE) have been investigated.