The phrase "aeration mode" is correct and usable in written English.
It can be used in contexts related to processes involving the introduction of air into a substance, such as in water treatment or soil management.
Example: "The system automatically switches to aeration mode during the filtration process to enhance oxygen levels."
Alternatives: "oxygenation mode" or "air infusion mode".
Effective simultaneous nitrification and denitrification were observed for the aeration mode with a higher air injection rate (=1.0 L/min).
Bench scale studies of the two stage bio-oxidation process achieved a carbon nitrogen reduction at 6 days hydraulic retention time (HRT) operating in an extended aeration mode.
The effects of three independent variables, i.e. hydraulic retention time (HRT), aeration mode and mixed liquor suspended solid (MLSS) concentration on 10 process responses were investigated.
The optimum conditions were determined as 12 15 h, 4000 5000 mg/l and 1.5 2 for HRT, MLSS concentration and aeration mode, respectively, based on removal efficiency of sCOD ⩾ 90%, TN and TP ⩾ 50%.
Fermentation conditions such as concentration of initial glucose in the culture, concentration of lactic acid accumulated in the culture, types of pH control strategy, types of aeration mode and different agitation speed were studied on batch fermentation of P. acidilactici.
Fermentation conditions such as concentration of initial glucose in the culture, concentration of lactic acid accumulated in the culture, types of pH control strategy, types of aeration mode and different agitation speed had influenced the cultivation performance of batch fermentation of Pediococcus acidilactici.
The intermittent aeration modes (aeration/non-aeration period) were varied to 60/60, 40/80, 30/90,80/40, 90/30 min.
Pilot-scale lysimeter experiments were carried out under different aeration modes to obtain detailed information regarding the influence of aeration modes on leachate characteristics.
With this purpose, fatty acid profiles of nauplii enriched under uncontrolled aeration conditions were compared to nauplii enriched under different controlled aeration modes.
In this study, impacts of seven design variables and cyclic aeration modes on hydrodynamics were studied for the scale-up of AEC-MBRs with computational fluid dynamics modelling.
However, liposome treated nauplii underwent the influence of the different aeration modes both in terms of EFA incorporation and naupliar survival.
