The landfill leachate was taken from the Pulau Burung Landfill Site (PBLS), Malaysia. Filtration by limestone-zeolite (15 : 25) and limestone-GAC (15 : 25) with filtration rate = 0.01 m3 /m2.minute showed that 70% and 85% of colour and 42% and 70% COD were removed, respectively. Maximum colour removal (93% and 92%) and COD removal (56% and 46%) were achieved by the addition of 2000 mg/L PAC and 9000 mg/L alum respectively. Filtration by limestone-zeolite (15 : 25) and limestone-GAC (15 : 25) followed by coagulation at optimum dosage of 800 mg/L PAC, was efficient to reduce colour (98% and 99%) and COD (70% and 86%) respectively. Copyright © 2009, Inderscience Publishers
Biological treatment of landfill leachate usually results in low COD removals because of high chemic...
Municipal solid waste production increases every day. On top of that, leachate contamination to the ...
International audienceThis article presents a combination of coagulation–flocculation and powder act...
In this study, efficiency of coagulation-flocculation process was evaluated for leachate collected ...
Leachate generated from an old landfill in Taiping, Perak, Malaysia contains high colour, COD, iron ...
The preliminary tests of effective COD removal by coagulation-flocculation processes from landfill l...
The suitability of eco-limestone filter, consist of limestone filter and constructed wetland (CW) to...
Discharge of landfill leachate into the environment without proper treatment may cause severe enviro...
Coagulation–flocculation as pre-treatment option for co-treatment of landfill leachate (LL) and muni...
Leachate generated from one of the old landfills in Malaysia contains high concentrations of colour,...
The study aims to evaluate the efficiency of a combined landfill leachate treatment (coagulation wit...
The careless disposal of waste may generate tremendous environmental and social impacts. For the tre...
Leachate is a liquid generated due to rainwater percolation through the wastes in a landfill or dump...
SummaryCoagulation–flocculation as pre-treatment option for co-treatment of landfill leachate (LL) a...
Leachate is a liquid generated due to rainwater percolation through the wastes in a landfill or dump...
Biological treatment of landfill leachate usually results in low COD removals because of high chemic...
Municipal solid waste production increases every day. On top of that, leachate contamination to the ...
International audienceThis article presents a combination of coagulation–flocculation and powder act...
In this study, efficiency of coagulation-flocculation process was evaluated for leachate collected ...
Leachate generated from an old landfill in Taiping, Perak, Malaysia contains high colour, COD, iron ...
The preliminary tests of effective COD removal by coagulation-flocculation processes from landfill l...
The suitability of eco-limestone filter, consist of limestone filter and constructed wetland (CW) to...
Discharge of landfill leachate into the environment without proper treatment may cause severe enviro...
Coagulation–flocculation as pre-treatment option for co-treatment of landfill leachate (LL) and muni...
Leachate generated from one of the old landfills in Malaysia contains high concentrations of colour,...
The study aims to evaluate the efficiency of a combined landfill leachate treatment (coagulation wit...
The careless disposal of waste may generate tremendous environmental and social impacts. For the tre...
Leachate is a liquid generated due to rainwater percolation through the wastes in a landfill or dump...
SummaryCoagulation–flocculation as pre-treatment option for co-treatment of landfill leachate (LL) a...
Leachate is a liquid generated due to rainwater percolation through the wastes in a landfill or dump...
Biological treatment of landfill leachate usually results in low COD removals because of high chemic...
Municipal solid waste production increases every day. On top of that, leachate contamination to the ...
International audienceThis article presents a combination of coagulation–flocculation and powder act...