Studies were conducted to assess the capability of a moss, Calymperes delessertii Besch, to remove zinc from solutions. In the batch experiments, parameters studied included effect of pH and initial zinc concentration on sorption. A series of fixed bed experiments were performed to study the system under dynamic conditions. The bed depth service time (BDST) model proposedn by Hutchins was successfully applied to the system. The fixed bed experiments were also carried out using waste water from a zinc plating factory and results indicated that moss columns could be used in a clean-up system to remove zinc from electroplating waste water
Pectin-guar gum biosorbent was tested for zinc(II) ions removal in column process. Sorption–de...
In the present article the effects of Zn(II) on Botryococcus braunii in terms of growth and the phot...
Presence of Zinc (II) in drinking water beyond permissible limits is considered unsafe for human hea...
The utilization of aquatic mosses for the treatment of wastewater containing heavy metals is gaining...
Different kinds of heavy metals exist in the solution with different forms, so their treatment metho...
The removal of Zinc (Zn) metal ion from aqueous solution by using novel bioadsornbent. The impact of...
The pollution of water supply sources by these metals has a wide variety of severe adverse health e...
The zinc uptake and posterior release by an aquatic bryophyte—Fontinalis antipyretica L. Ex Hedw.—wa...
Studies were conducted to assess the capability of a moss, Calymperes delessertii Besch, in removing...
Aquatic mosses are able to accumulate zinc and some other heavy metal ions from aqueous solutions an...
The biosorption of cadmium(II) and zinc(II) ions onto dried Fontinalis antipyretica, a widely spread...
The effects of Zn(II) on Botryococcus braunii in terms of growth and the photosynthesis-respiration ...
In this paper, the removal potential on Zn ion by macrophyte Egeria densa has been studied. The infl...
The high sorption capacity of compost indicates that it can be a cheap alternative to the currently ...
Data are presented which evaluate the performance of a pilot-scale treatment system using pelletised...
Pectin-guar gum biosorbent was tested for zinc(II) ions removal in column process. Sorption–de...
In the present article the effects of Zn(II) on Botryococcus braunii in terms of growth and the phot...
Presence of Zinc (II) in drinking water beyond permissible limits is considered unsafe for human hea...
The utilization of aquatic mosses for the treatment of wastewater containing heavy metals is gaining...
Different kinds of heavy metals exist in the solution with different forms, so their treatment metho...
The removal of Zinc (Zn) metal ion from aqueous solution by using novel bioadsornbent. The impact of...
The pollution of water supply sources by these metals has a wide variety of severe adverse health e...
The zinc uptake and posterior release by an aquatic bryophyte—Fontinalis antipyretica L. Ex Hedw.—wa...
Studies were conducted to assess the capability of a moss, Calymperes delessertii Besch, in removing...
Aquatic mosses are able to accumulate zinc and some other heavy metal ions from aqueous solutions an...
The biosorption of cadmium(II) and zinc(II) ions onto dried Fontinalis antipyretica, a widely spread...
The effects of Zn(II) on Botryococcus braunii in terms of growth and the photosynthesis-respiration ...
In this paper, the removal potential on Zn ion by macrophyte Egeria densa has been studied. The infl...
The high sorption capacity of compost indicates that it can be a cheap alternative to the currently ...
Data are presented which evaluate the performance of a pilot-scale treatment system using pelletised...
Pectin-guar gum biosorbent was tested for zinc(II) ions removal in column process. Sorption–de...
In the present article the effects of Zn(II) on Botryococcus braunii in terms of growth and the phot...
Presence of Zinc (II) in drinking water beyond permissible limits is considered unsafe for human hea...