The phrase "achieving degradation" is correct and usable in written English.
It can be used in contexts discussing processes or outcomes that result in a decline in quality, performance, or condition.
Example: "The constant exposure to harsh chemicals is achieving degradation in the material's integrity over time."
Alternatives: "causing deterioration" or "resulting in decline".
All but one laboratory achieved degradation in the range 0% to 31%, with laboratory 5 achieving a much higher anomalous value of 133.4%.
Enzyme catalyzed hydrolysis of cellulose and heteroxylans in biomass feedstocks each require multiple enzyme activities to achieve degradation to fermentable monosaccharides.
Using the tool, it is also shown that, the ozonation channel of Vivaqua can be used to achieve degradation of resistant microorganisms but only with its maximal flow rate and concentration of ozone injection.
Since in previous studies, tissue was treated to achieve degradation [ 4- 6].
Within these publications, tissue was treated with different temperature levels to achieve degradation.
Among the different approaches, the utilization of zero-valence metallic iron materials has been proven as an alternative method to achieve degradation of organic pollutants in aqueous solutions.
Therefore, using a proper DBF concentration matters a lot in achieving efficient degradation.
Systems containing PS and chelated iron have shown to be the most effective, achieving total degradation of the pesticide in less than 20 min of reaction.
Such accessory enzymes including glucuronidases, β-xylosidases, α- l-arabinofuranosidases and acetyl esterases are essential in achieving complete degradation of heteroxylans [ 18, 34, 36– 36].
The effect of various process parameters such as initial concentration of phenol, ZnO loading, initial solution pH, and air superficial velocity on the photo-degradation reaction was investigated to achieve maximum degradation efficiency.
