The phrase "acceptable removal" is correct and usable in written English.
It can be used in contexts where you are discussing the appropriateness or suitability of removing something, such as in policies, procedures, or guidelines.
Example: "The committee agreed that the acceptable removal of the outdated materials would improve the overall efficiency of the project."
Alternatives: "permissible removal" or "appropriate removal".
The 14-day HRT was found adequate for acceptable removal of organic matter, nitrogen and phosphorus for most temperatures.
A 20-day HRT is recommended for acceptable removal of BOD and PO4-P in the cold season.
In the electrolytic treatment, the selection of suitable electrode material is important and so is the time required to effect an acceptable removal of dissolved and undissolved impurities.
With regards to individual substances, clarithromycin and diclofenac were ubiquitously removed according to the set goal and in contrast, a few substances (fluconazole, irbesartan, memantine and venlafaxine) required specific settings to reach an acceptable removal.
Through numerical optimization, highly acceptable removal performances of 99.13 ± 0.21% decolorization and 97.01 ± 0.18% COD removal efficiency were achieved under statistically optimized conditions, and suggested that the developed system is a very suitable technique for the enhancement of electrocoagulation-based cotton textile wastewater treatment.
The combination of highly selective PROX catalysts and the CO methanation catalyst can provide the extended temperature range to achieve the acceptable CO removal.
The success rates become acceptable upon removal of all islets smaller than 16'000 μm (∼ 25 μm in diameter).
A higher rate (> 80%) would have made clearly acceptable the TIVAP removal (and all its consequences), whereas a lower rate (< 20%) would have discouraged current practices in term of potential harmful effects.
In the present work, we report studies on sulfur removal to acceptable levels by using adsorption process at room temperature.
Validation of model predictions for treatment of aquaculture water conceded that the SMFC exhibited acceptable COD and TN removal efficiencies which in turn facilitate its use for in situ aquaculture water remediation effectively.
Using environmental water, the PPy/Fe3O4 nanocomposite demonstrated its effectiveness in Cr VI) removal below acceptable level by processing 5.04 L water with initial 76.59 mg/L Cr VI) concentration using only 2 g of adsorbent mass.
