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Response surface methodology made it possible to optimize the degradation of the pollutants.
In this work, experimental design methodology was applied to optimize the degradation of phenol in aqueous solution, while minimizing an excessive consumption of chemical reagents.
New cellulolytic and hemicellulytic enzymes are needed, in order to optimize the degradation of bagasse and production of ethanol 2G.
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Microfibers were synthesized using partially-oxidized alginate with various concentrations (0 0.8%) of fibrinogen to optimize the degradation rate of the alginate-fibrin microfibers (Alg-Fb MF).
A central composite design (CCD) was used for response surface modeling to evaluate the combined effects of these variables as well as to optimize the degradation efficiency of Rhodamine B. Satisfactory prediction based on a second-order model with high coefficient of determination (R2) of 0.98 was achieved for the optimized sonocatalytic degradation process.
The RS model thus developed is further interfaced with the GA to optimize the degradation conditions for optimum degradation with minimum contact time.
Temperature, pH, inoculum size and initial atrazine concentration were examined to further optimize the degradation of atrazine, and the synthetic effect of these factors were investigated by the response surface methodology.
Three-level Box Behnken factorial design with three factors (pH, temperature and enzyme concentration) combined with response surface methodology (RSM) was applied to optimize the dye degradation of reactive red 239 (reactivereactive yellow 15 (RY15) and reactive blue 114 (RB114) dyes by commercial laccase.
A standard Response Surface Methodology (RS M design known as Central Composite Design (CCD) was used to optimize the enzymatic degradation condition of OPEFB in rotary drum bioreactor.
Statistical optimization designs were used to optimize the phenol degradation using Chlorella pyrenoidosa.
Effect of parameters such as aqueous phase pH, H2O2 and SBP concentration, contact time and application of immobilized SBP and dye concentration has been investigated to optimize the dye degradation.
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