The phrase "aeration strategy" is correct and usable in written English.
It can be used in contexts related to environmental science, agriculture, or water treatment, where methods of increasing oxygen in a medium are discussed.
Example: "The aeration strategy implemented in the pond significantly improved the water quality and supported aquatic life."
Alternatives: "oxygenation plan" or "aeration approach".
The review highlights the effects of composting operational factors (bulking agent, additives, and aeration strategy) on the physicochemical characteristics of the final compost, and the production of a good quality soil amender or fertilizer.
Using a design of experiment (DoE) method, two models were developed for the prediction of the nitrogen removal rate and N2O emissions during single-stage deammonification considering three operational factors (i.e., pH value, feeding and aeration strategy).
Finally, based on the results, we believe that a landfill aeration strategy properly designed to prevent rising temperatures and to cycle air injection is the key to reducing emissions of N2O during remediation of old landfills by means of in situ aeration.
The Reactor III was an airlift inner-loop sequencing batch reactor (salinity, 25‰) packed with PBS carriers to the volume of 50%, which was operated under intermittent aeration strategy as introduced in our previous work (Ruan et al. 2016).
A two-stage aeration strategy (firstly aerobic fermentations with K L a 52 h−1; when dissolved oxygen concentration decreases to 90% of initial concentration, shift to anaerobic fermentation with oxygen-free CO2 sparged) was applied in the fermentation for higher succinate yield and productivity.
The water management and aeration strategies were designed to simulate a shrimp pond system.
It could imply that low aeration strategies lead to low overall carbon footprint provided complete nitrification is not hindered.
Comparison of aeration strategies (periodic aeration vs. continuous aeration) reveals that periodic aeration can reduce NO and N2O production while maintaining a high level of nitrogen removal through promoting Anammox growth.
Cell culture performance is also investigated, with particular focus on the aeration strategies adopted at this small scale (7 mL) either by headspace sparging alone or by direct gas sparging into the culture medium.
The startup and performance of the completely autotrophic nitrogen removal over nitrite (CANON) process was tested in a continuously fed granular bubble column reactor (BCR) with two different aeration strategies: controlling the oxygen volumetric flow and oxygen concentration.
The aeration control strategy took the form of a two-step cascaded proportion-integration (PI) feedback algorithm.
