Removal of heavy metal content in wastewater has been largely done by various methods.
One effective and efficient method is the adsorption method. This study aims to reduce …

The removal of Mn (II) ions in groundwater have been carried out by various methods. One
of the most effective and efficient methods is the adsorption method. This study aims to …

Research was undertaking to evaluate the ability of pomegranate peel in removing heavy
metal cations Cu+ 2, Cd+ 2 & Zn+ 2 from wastewater. Simulated artificial water via batch …

This work was conducted to study the adsorption behaviour of bio adsorbent of alkali
modified jackfruit wood sawdust and to investigate its possibility as adsorbent to remove …

The primary goal of this study was to use low-cost adsorbents, this achieves by using pine
cones as plant waste adsorbents in the treatment of industrial wastewater. In the …

The utilization of charcoal from bagasse as adsorbent is an alternative way to reduce heavy
metal of Cd and Cr in Wastewater. Bagasse is one of the agricultural wastes that potentially …

After the water adsorption process, the content of Fe (II) ion meets drinking water standard
below 0.3 ppm. Based on the kinetic indicator of the absorption coefficient of correlation (R …

Manganese (Mn) is one of the most abundant metal in the soil. The presence of this metal is
essentially needed by living things for the formation of cartilage and bone as well as driving …

The removal of dyes from coloured effluents, in particular from the textile industry, is currently
one of the major environmental concerns. Current methods for removing dyes from …

The main purpose of this study is to exam the ability of agriculture wastes without
pretreatment such as date palm fibers (DPF), sawdust (SD), rice husk (RH) as low-cost …