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    Removal of Copper(II) from Wastewater Using Modified Carbon Nanotubes ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Removal of Copper(II) from Wastewater Using Modified Carbon Nanotubes купить
    Removal of Copper(II) from Wastewater Using Modified Carbon Nanotubes
    4716 Руб
      Modified Multiwalled Carbon Nanotubes For Dyes Removal From Wastewater ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Modified Multiwalled Carbon Nanotubes For Dyes Removal From Wastewater купить
      Modified Multiwalled Carbon Nanotubes For Dyes Removal From Wastewater
      4716 Руб
        Heavy Metals Removal from Liquid Waste Using Granular Activated Carbon ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Heavy Metals Removal from Liquid Waste Using Granular Activated Carbon купить
        Heavy Metals Removal from Liquid Waste Using Granular Activated Carbon
        4550 Руб
          Removal of Heavy Metals from Wastewater by MgO and ZnO Nanoparticles ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Removal of Heavy Metals from Wastewater by MgO and ZnO Nanoparticles купить
          Removal of Heavy Metals from Wastewater by MgO and ZnO Nanoparticles
          4550 Руб
            Chromium removal from wastewater by using natural adsorbent ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Chromium removal from wastewater by using natural adsorbent купить
            Chromium removal from wastewater by using natural adsorbent
            4468 Руб
              Phosphorus removal from wastewater using oven dried alum sludge ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Phosphorus removal from wastewater using oven dried alum sludge купить
              Phosphorus removal from wastewater using oven dried alum sludge
              4631 Руб
                Removal of Cadmium from Simulated Wastewater Using Biosorption ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Removal of Cadmium from Simulated Wastewater Using Biosorption купить
                Removal of Cadmium from Simulated Wastewater Using Biosorption
                3771 Руб
                  Removal Of Cr (VI) From Aqueous Solution Using Activated Lapsi Seed ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Removal Of Cr (VI) From Aqueous Solution Using Activated Lapsi Seed купить
                  Removal Of Cr (VI) From Aqueous Solution Using Activated Lapsi Seed
                  3393 Руб
                    Alignment of Carbon Nanotubes using Magnetic and Electric Field ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Alignment of Carbon Nanotubes using Magnetic and Electric Field купить
                    Alignment of Carbon Nanotubes using Magnetic and Electric Field
                    3274 Руб
                      Heavy Metals Removal from Wastewater by Iron Doped Nanoparticles ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Heavy Metals Removal from Wastewater by Iron Doped Nanoparticles купить
                      Heavy Metals Removal from Wastewater by Iron Doped Nanoparticles
                      4550 Руб
                        Removal of pollutants from aqueous media by chitosan resins ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Removal of pollutants from aqueous media by chitosan resins купить
                        Removal of pollutants from aqueous media by chitosan resins
                        6133 Руб
                          Removal Of Heavy Metals From Wastewater And Sediment By Macrophyte ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Removal Of Heavy Metals From Wastewater And Sediment By Macrophyte купить
                          Removal Of Heavy Metals From Wastewater And Sediment By Macrophyte
                          3393 Руб
                            Adsorption of Heavy Metals by Using Activated Carbon ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Adsorption of Heavy Metals by Using Activated Carbon купить
                            Adsorption of Heavy Metals by Using Activated Carbon
                            5097 Руб
                              Removal Of Dyes Using Photocatalytic And Adsorption Techniques ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Removal Of Dyes Using Photocatalytic And Adsorption Techniques купить
                              Removal Of Dyes Using Photocatalytic And Adsorption Techniques
                              7551 Руб
                                Removal of Chromium from wastewater by lime coagulation ayad jaafar mohammed ibrahim and adnan abdalrazak removal of copper ii from wastewater using modified carbon nanotubes Removal of Chromium from wastewater by lime coagulation купить
                                Removal of Chromium from wastewater by lime coagulation
                                4631 Руб
                                The present study deals with the removal of phosphorus from wastewater by using alum sludge and more particularly oven dried alum sludge (ODS) as adsorbent. Alum sludge used in this search was collected from Baghdad treatment plant; it was heated in an oven at 105 Co for 24 hours, and then cooled to room temperature. The sludge particles were then crushed to produce a particle size of (0.5, 2.36 and 4.75) mm. Two modes of operation are used in present work, batch mode and fixed bed mode. In batch experiment the effect of oven dried alum sludge doses (10, 20, 30, 40 and 50 g/L), pH of solution (5, 6, 7 and 8) with constant initial phosphorus concentration of 5 mg/L and constant particle size of 0.5 mm were studied. The results showed that the percent removal of phosphorus increases with the increase of oven dried alum sludge dose, but pH of solution has insignificant effect. In the fixed bed isothermal adsorption column, the effect of initial phosphorus concentration (Co) (5 and 10) mg/L, particle size (2.36 and 4.75) mm, influent flow rate (Q) (6 and 10) L/hr and bed depth (H) (0.15, 0.25 and 0.415) m were studied. The results showed that the oven dried alum sludge was effective

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