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Remediate groundwater (GW) contaminants (anions, T.D.S, Cr6) to utilize (GW) for irrigation purposes, and implement experimental findings using adsorption technology to minimize pollutants concentration in (GW).Banana peels activated carbon (BPAC) modified to flash as-synthesized graphene (FG) adsorbent.Synthesization of (FG) by transmutation (BPAC) into graphene in a burst of light through an electro-flash reactor technique producing (5gm) of (FG) each time by exposing (BPAC) to manual circuit break of (8 -10) shocks in the reactor.The adsorption process in batch mode remediates the (GW) samples stabilizing one parameter either (FG) dosage, agitation speed, PH value, or contact time for each experiment and varying the others.Characterization of (FG) The samples' composition is analyzed using an FTIR spectrometer, SEM, and XRD analysis.Adsorption capacity improved by creating a high internal pores structure with a powerful capacity of adsorption due to its functional surface area.(0.717 m 2 /gm), and Remediation conducted for (T.D.S, SO4, NO3, and Cr6) values to be proportion to Iraqi's and FAO standards of irrigation water.
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Raheem et al. (2024) studied this question.
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