Charcoal from vegetable wastes showed good adsorbent properties for lead-contaminated water. Adsorption capacity at equilibrium was about 10 and 20 mg/g at 50 and 100 mg/L Pb, respectively. Breakthrough curves highlighted longer operation times of column plant filled with charcoal mixed sand than with sand only
This study investigated the performance of biochar materials as adsorbents to remove Pb and polychlo...
Abstract This study explored the adsorption of lead ion from aqueous solution onto biochars produced...
Water pollution is one of the most concerning global environmental problems in this century with the...
BIOTON® biochar, produced by a wood biomass pyrolysis process, which is usually applied as soil...
Water pollution due to heavy metals can be hazardous to both the environment and human health. The a...
BIOTON® biochar, produced by a wood biomass pyrolysis process, which is usually applied as soil amen...
Biochar was produced from the fast pyrolysis of Douglas fir (DBC). Magnetic biochar (MDBC) was synth...
Soil contamination by mixture of compounds represents a challenging environmental problem to face, ...
The presence of potentially toxic metals in water causes a strong impact on environment and human he...
The adsorption mechanisms of lead (Pb2+) on four biochars (SB produced from British hardwood at 600°...
Bioapatite (BAp) is regarded as an effective material to immobilize lead (Pb2+) via the formation of...
Copyright © 2015 Elsevier Ltd. All rights reserved. In this study, the physicochemical properties of...
The adsorption mechanisms of lead (Pb2 +) on four biochars (SB produced from British hardwood at 600...
In this study, the physicochemical properties of Salisbury biochar produced from British broadleaf h...
Water contaminated by heavy metals and plant nutrients pose a threat to human health and safety as w...
This study investigated the performance of biochar materials as adsorbents to remove Pb and polychlo...
Abstract This study explored the adsorption of lead ion from aqueous solution onto biochars produced...
Water pollution is one of the most concerning global environmental problems in this century with the...
BIOTON® biochar, produced by a wood biomass pyrolysis process, which is usually applied as soil...
Water pollution due to heavy metals can be hazardous to both the environment and human health. The a...
BIOTON® biochar, produced by a wood biomass pyrolysis process, which is usually applied as soil amen...
Biochar was produced from the fast pyrolysis of Douglas fir (DBC). Magnetic biochar (MDBC) was synth...
Soil contamination by mixture of compounds represents a challenging environmental problem to face, ...
The presence of potentially toxic metals in water causes a strong impact on environment and human he...
The adsorption mechanisms of lead (Pb2+) on four biochars (SB produced from British hardwood at 600°...
Bioapatite (BAp) is regarded as an effective material to immobilize lead (Pb2+) via the formation of...
Copyright © 2015 Elsevier Ltd. All rights reserved. In this study, the physicochemical properties of...
The adsorption mechanisms of lead (Pb2 +) on four biochars (SB produced from British hardwood at 600...
In this study, the physicochemical properties of Salisbury biochar produced from British broadleaf h...
Water contaminated by heavy metals and plant nutrients pose a threat to human health and safety as w...
This study investigated the performance of biochar materials as adsorbents to remove Pb and polychlo...
Abstract This study explored the adsorption of lead ion from aqueous solution onto biochars produced...
Water pollution is one of the most concerning global environmental problems in this century with the...