Optimization for the extraction of Bisphenol A; Response surface Methodology

There are different techniques for the optimization of industrial processes that are widely used in industry, such as experimental design or surface response methodology to name a few. There are also alternative techniques for optimization, like the Simultaneous Perturbation Stochastic Approaches (SPSA) algorithm. This chapter compares the results that can be obtained with classical techniques against the results that alternative linear search techniques such as the Simultaneous Perturbation Stochastic Approaches (SPSA) algorithm can achieve. Authors start from the work reported by Gedi et al. 2015 to implement the SPSA algorithm. The experiments allow authors to affirm that for this case study, the SPSA is capable of equalizing, even improving the results reported by the authors.

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Optimization for the extraction of Bisphenol A; Response surface Methodology

Cited by 2 publications

References 15 publications

Removal of methylene blue dye by using synthesised Grevillea robusta silver nanoparticles and optimisation of experimental parameters by response surface methodology (central composite design)

Removal of methylene blue dye by using synthesised Grevillea robusta silver nanoparticles and optimisation of experimental parameters by response surface methodology (central composite design)

Application of the Simultaneous Perturbation Stochastic Approximation Algorithm for Process Optimization

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