Direct blue 71 dye removal probing by potato peel-based sorbent: applications of artificial intelligent systems

Potato peel waste biorefinery for the sustainable production of biofuels, bioplastics, and biosorbents

“…They also reported that the addition of sweet potato waste decreased the ignition temperature of bio-oil which in turn contributes to mitigating NOx emissions (Chen et al, 2020). Powder of PPW has also been employed as an efficient cost-effective bio-sorbent for the removal of dyes (Maleki et al, 2016), anionic dye (Bouhadjra et al, 2021), hexavalent chromium (Mutongo et al, 2014), and other heavy metals (Feizi & Jalali, 2015;Guechi & Hamdaoui, 2016). Activated carbon attained from pyrolysis of PPW was also utilized as a green bio-sorbent for the removal of heavy metals (Kyzas et…”

Removal Of Crystal Violet Dye From Aqueous Solution with Pistachio Shell Powder: Optimization Of Process By Taguchi Method

“…In this approach, parameters are set to minimize variance in response, modifying at the same time the effects of the process on target (Pander et al, 2016). In optimizing dye removal studies, such as guava seed carbon for acid orange 7 adsorption (Elizalde-González and Hernández-Montoya, 2009), Pleurotus ostreatus for malachite green adsorption (Chen, Deng et al, 2014), and potato peel for direct blue 71 removal (Maleki et al, 2015), this approach has been used. However, there is no literature available on optimizing the removal of CV dye from aqueous solutions by pistachio shell powder using the Taguchi method design.…”