Annu MathewSaravanakumar MpM BaekC IjagbemiD KimB HameedM El-KhaiaryS SrivastavaR SinhaD RoyW XuY SongK DaiS SunG LiuJ YaoY HuangC HanY LiuM NadagoudaL MachalaK O' SheaV SharmaD DionysiouH SalamP RajivM KamarajP JagadeeswaranS GunalanR SivarajE FakhryS HashemianA DehghanporM MoghahedX ZhangS ZhangB PanM HuaX ZhaoB CuipingX WenshegF DexinX MoG DongG ZhongxueZ YanshuiA ArampatzidouE Deliyanni
This study helps to understand the adsorption of Malachite Green (MG) on α-MnO2 nanoparticles which was green synthesized using sugarcane juice. Different parameters including pH of solution, dosage of adsorbent, concentration of pollutant and time for adsorption process was studied to conclude the efficacy of the process using the adsorbent. The isotherm and kinetics for adsorption of MG concluded that Langmiur isotherm and pseudo second order kinetic model yields the best fit. The maximum monolayer sorption according to Langmiur was found to be 300.03 mg/g. So, α-MnO2 nanoparticles prove to be a cost effective, environment friendly and easily available 3D adsorbent.
A. Muthu Kumara PandianC. KarthikeyanM. Rajasimman
Ashok Kumar SAhmed Al OtaibiS.S.R. InbanathanSalma Ahmed Al‐ZahraniSesha S. SrinivasanA. ManikandanHeba A. KashmeryMadhu PuttegowdaAftab Aslam Parwaz KhanAbdullah M. AsiriMuthupandian Ashok kumar
P. Anju Rose PuthukkaraSunil Jose TDinoop lal S
Oluwaseyi D. SaliuJames Ramontja
Sayed Zia MohammadiMaryam SharifimehrFarideh MosazadehNastaran Mofidinasab