The method was successfully optimized and applied to create constructs containing promoter, RBS and/or mutant enzyme libraries.
In addition to the well-studied PRICO liquefaction process, two significantly more complex single mixed-refrigerant processes are successfully optimized and results are reported for each process subject to constraints imposed by several different operating scenarios.
The pack composition of the halide activated pack cementation process was successfully optimized to form silicide and Al doped silicide coatings on the TZM alloy substrates.
Important parameters such as reaction time, H2O2 and Fe2+ ion concentrations, and pH were empirically determined and successfully optimized via RSM.
Drawbead and blank holder force (BHF) design in sheet forming process are successfully optimized for springback by the P-HGS method.
Therefore, a reactor has been designed with the aim of generating electrical energy, directly from municipal waste-activated sludge simultaneous with its aerobic digestion process and its performance has been successfully optimized using response surface methodology (RS M.
Novel composite microspheres were synthesized by thermally induced phase separation and successfully optimized via response surface methodology (RS M based on a 5-level, 2-factor D-Optimal experimental design.
Various process parameters such as enzyme concentration (10 U/ml), dye concentration (10 mg/l), temperature (25 °C) and reaction time (150 min) were successfully optimized to achieve maximum decolorization rate.
Recently, the application of the enzyme was assessed under process conditions as well, depicting a successfully optimized process development and getting us closer to industrial scale process requirements and a future large scale application.
The in-situ (trans)esterification was successfully optimized using Taguchi design of experiments and a high yield of 101.7 and 65.1 g FAME per 100 g of extractable lipid and dry kernel, respectively could be achieved under optimized conditions (523 K, 3.0 MPa initial CO2 and 7.5 cm3 g−1 solvent to solid ratio).
The concentration of hydroxymethylfurfural (HMF), a byproduct formed during the pretreatment process, showed an inverse relationship with H2 yield, indicating that pretreatment conditions for the H2 production from L. japonica were successfully optimized, by increasing the hydrolysis rate of the feedstock and also reducing the formation of HMF.
