Add to ORKGThe removal of poisonous Pb (II) from wastewater by different low-cost abundant adsorbents was investigated. Rice husks, maize cobs and sawdust, were used at different adsorbent/metal ion ratios. The influence of pH, contact time, metal concentration, adsorbent concentration on the selectivity and sensitivity of the removal process was investigated. The adsorption efficiencies were found to be pH dependent, increasing by increasing the solution pH in the range from 2.5 to 6.5. The equilibrium time was attained after 120 min and the maximum removal percentage was achieved at an adsorbent loading weight of 1.5 gm. The equilibrium adsorption capacity of adsorbents used for lead were measured and extrapolated using linear Freundlich, Langmuir a...
At present, there is growing interest in using low cost, commercially available materials for the ad...
The adsorption of lead(II) on to activated carbon developed from an indigenous Ethiopian medicinal p...
Lead(II) ion is a very toxic element known to cause detrimental effects to human health even at very...
The removal of poisonous Pb (II) from wastewater by different low-cost abundant adsorbents was inves...
This study examines the removal of lead from an aqueous medium using rice husk, sawdust, and sunflow...
This research article published by Royal Society of Chemistry, 2022The disadvantages of conventional...
Adsorption of Pb(II) from the aqueous solutions was studied using activated carbon prepared by agric...
Background: The presence of lead in natural waters has become an important issue around the world. L...
Simple, fast, effective, low cost and waste biosorbents, lemon, bean and artichoke shells, were used...
Pb(II) adsorption from the water using adsorbents such as acid and/or base activated walnut shell an...
Excessive release of heavy metals into environment due to industrialization and urbanization has pos...
Most available technologies applied in the removal of metal contaminants in aqueous systems use the ...
The presence of heavy metals in waste water is known to cause severe damage to aquatic life, beside ...
Several industries utilize heavy metals in their industrial processes, eventually discharging them i...
The continuous system of lead adsorption on rice husks was investigated in this paper. Fixed bed stu...
At present, there is growing interest in using low cost, commercially available materials for the ad...
The adsorption of lead(II) on to activated carbon developed from an indigenous Ethiopian medicinal p...
Lead(II) ion is a very toxic element known to cause detrimental effects to human health even at very...
The removal of poisonous Pb (II) from wastewater by different low-cost abundant adsorbents was inves...
This study examines the removal of lead from an aqueous medium using rice husk, sawdust, and sunflow...
This research article published by Royal Society of Chemistry, 2022The disadvantages of conventional...
Adsorption of Pb(II) from the aqueous solutions was studied using activated carbon prepared by agric...
Background: The presence of lead in natural waters has become an important issue around the world. L...
Simple, fast, effective, low cost and waste biosorbents, lemon, bean and artichoke shells, were used...
Pb(II) adsorption from the water using adsorbents such as acid and/or base activated walnut shell an...
Excessive release of heavy metals into environment due to industrialization and urbanization has pos...
Most available technologies applied in the removal of metal contaminants in aqueous systems use the ...
The presence of heavy metals in waste water is known to cause severe damage to aquatic life, beside ...
Several industries utilize heavy metals in their industrial processes, eventually discharging them i...
The continuous system of lead adsorption on rice husks was investigated in this paper. Fixed bed stu...
At present, there is growing interest in using low cost, commercially available materials for the ad...
The adsorption of lead(II) on to activated carbon developed from an indigenous Ethiopian medicinal p...
Lead(II) ion is a very toxic element known to cause detrimental effects to human health even at very...