Adsorption capacity was calculated in Eichornia crassipes adsorbent. In several areas of Aceh province such as Meulaboh, Takengon, and Tamiang, people extirpate Eichornia crassipes because it is considered disturbing water flow. Therefore, this research tries to investigate the utilization of Eichornia crassipes so that it could be used as bioadsorbent in order to reduce heavy metal from waste water. The main obejctive of this research is to reduce lead content, and to determine the best condition of lead adsorption in solution by using Eichornia crassipes powder. The analysis is conducted by using Atomic Adsorption Spectrophotometer. Research result indicates that optimum adsorption occurs at solutio...
Rapid development of population, industrialization, and urbanization leads to global contaminants of...
Rapid development of population, industrialization, and urbanization leads to global contaminants of...
The present study demonstrated the phytoremediation potential of E. crassipes for removal of mixed m...
The water pollution due to the presence of heavy metals, especially lead (Pb), cause various negativ...
Waste of heavy metal lead (Pb) in waters needs to be addressed through phytoremediation because it i...
ABSTRACTThere have been many research on heavy metal removal using aquatic plant. This research was ...
ABSTRACTThere have been many research on heavy metal removal using aquatic plant. This research was ...
The contamination of wastewaters, river sediments and soil with toxic metals is a complex problem. T...
The objective of this study was to investigate the possibility of using Lebanese Cymbopogon citratus...
The aims of this research was to study accumulation rate of Pb+2 in Waterhyacinths (Eichhornia crass...
Lead remediation was achieved using simple cost, effective and eco-friendly way from industrial wast...
As an effort to develope an alternative design to eliminate heavy metals from contaminated water wit...
The research on the use of water hyacinth powder (Eichornia crassipes) activated by adsorption ...
Heavy metals are the major sources of pollution which are added regularly to our water sources. pres...
The excessive release of lead (Pb) ions into water stream and large production of agri...
Rapid development of population, industrialization, and urbanization leads to global contaminants of...
Rapid development of population, industrialization, and urbanization leads to global contaminants of...
The present study demonstrated the phytoremediation potential of E. crassipes for removal of mixed m...
The water pollution due to the presence of heavy metals, especially lead (Pb), cause various negativ...
Waste of heavy metal lead (Pb) in waters needs to be addressed through phytoremediation because it i...
ABSTRACTThere have been many research on heavy metal removal using aquatic plant. This research was ...
ABSTRACTThere have been many research on heavy metal removal using aquatic plant. This research was ...
The contamination of wastewaters, river sediments and soil with toxic metals is a complex problem. T...
The objective of this study was to investigate the possibility of using Lebanese Cymbopogon citratus...
The aims of this research was to study accumulation rate of Pb+2 in Waterhyacinths (Eichhornia crass...
Lead remediation was achieved using simple cost, effective and eco-friendly way from industrial wast...
As an effort to develope an alternative design to eliminate heavy metals from contaminated water wit...
The research on the use of water hyacinth powder (Eichornia crassipes) activated by adsorption ...
Heavy metals are the major sources of pollution which are added regularly to our water sources. pres...
The excessive release of lead (Pb) ions into water stream and large production of agri...
Rapid development of population, industrialization, and urbanization leads to global contaminants of...
Rapid development of population, industrialization, and urbanization leads to global contaminants of...
The present study demonstrated the phytoremediation potential of E. crassipes for removal of mixed m...