Rice husk charcoal (RHC) was a well-known adsorbent for the removal of heavy metal and other impurities from wastewater. But handling and maintaining RHC in filter operation is difficult due to floating, broken and handling problem. This study was carried out to immobilize RHC by mixing with clay to make suitable handling shape without changing its properties and it’s possibility as a reductant to reduce Cr (VI). It was seen that immobilized rice husk charcoal (IRHC) was successfully reduced Cr (VI) concentration. The removal was dependent on pH, initial concentration and IRHC dosage. It also observed that at low pH and higher initial concentration and IRHC dosage had higher reduction capacity. These properties were similar to RHC reductio...
Wastewater can be purified greatly when treated with biochar derived from natural rice husk. The pr...
In order to reduce the content of Cr(VI) in the soil of the relocated chromium salt factory, the ric...
Rice Husk was used as a source to prepare activated carbon by physical and chemical activation metho...
Rice husk was chemically modified for the preparation of activated carbon. Rice husk was treated wit...
Rice Husk Charcoal (RHC) is a by-product of rice processing mills which can be found in very large q...
A Cr (VI) contaminated soil with concentrations up to 16.000 ppm was washed with 0.1M citric, 0.1M a...
Rice husk was chemically modified for the preparation of activated carbon . Rice husk was t...
The effects of pH, contact time and adsorbent concentration on the adsorption of Cr (VI) onto raw ri...
Purpose: To study Cr (VI) removal from waste water using chromium-resistant bacterial strains in com...
Rice husk was chemically modified for the \ud preparation of activated carbon\ud . \ud Rice husk \u...
Abstract. A Cr (VI) contaminated soil with concentrations up to 16. 000 ppm was washed with 0. 1M ci...
The removal efficiency and mechanism of Cr(VI) removal from aqueous solution on semi-decomposed maiz...
Abstract: Heavy metals are widely used in textile industries and significant losses occur during the...
Burning crop residues is a common postharvest practice on farmland, leading to the accumulation of b...
The sorption of Cr(VI) from synthetic solution and electroplating waste by quaternized rice hulls wa...
Wastewater can be purified greatly when treated with biochar derived from natural rice husk. The pr...
In order to reduce the content of Cr(VI) in the soil of the relocated chromium salt factory, the ric...
Rice Husk was used as a source to prepare activated carbon by physical and chemical activation metho...
Rice husk was chemically modified for the preparation of activated carbon. Rice husk was treated wit...
Rice Husk Charcoal (RHC) is a by-product of rice processing mills which can be found in very large q...
A Cr (VI) contaminated soil with concentrations up to 16.000 ppm was washed with 0.1M citric, 0.1M a...
Rice husk was chemically modified for the preparation of activated carbon . Rice husk was t...
The effects of pH, contact time and adsorbent concentration on the adsorption of Cr (VI) onto raw ri...
Purpose: To study Cr (VI) removal from waste water using chromium-resistant bacterial strains in com...
Rice husk was chemically modified for the \ud preparation of activated carbon\ud . \ud Rice husk \u...
Abstract. A Cr (VI) contaminated soil with concentrations up to 16. 000 ppm was washed with 0. 1M ci...
The removal efficiency and mechanism of Cr(VI) removal from aqueous solution on semi-decomposed maiz...
Abstract: Heavy metals are widely used in textile industries and significant losses occur during the...
Burning crop residues is a common postharvest practice on farmland, leading to the accumulation of b...
The sorption of Cr(VI) from synthetic solution and electroplating waste by quaternized rice hulls wa...
Wastewater can be purified greatly when treated with biochar derived from natural rice husk. The pr...
In order to reduce the content of Cr(VI) in the soil of the relocated chromium salt factory, the ric...
Rice Husk was used as a source to prepare activated carbon by physical and chemical activation metho...