Abstract: The removal of sulphates from acid rock drainage (ARD) using basic oxygen furnace (BOF) slag was investigated. The results indicated that sulphates removal using BOFslag increased with temperature increase (25-45oC), time (0-24 h) and solid loading (2-12 g BOF-slag/50 ml ARD). The maximum sulphate removal was 65% when 12 g BOF-slag/100 ml ARD was used at 45oC and 24 h residence time. Adsorption followed the Langmuir isotherm with maximum adsorption capacities at 25, 35 and 45oC of 1.949, 1.967, 4.078 mg/g respectively and RL values less than 0.3, indicating adsorption was thermodynamically favourable. The adsorption kinetics followed the pseudo second order kinetics
One of the major environmental issues in the mining industry is that of Acid Rock Drainage (ARD), ca...
Sulfide capacities of high alumina blast furnace slags were experimentally determined using the gas-...
Acid Mine Drainage (AMD) is one of the main environmental impacts caused by mining. Thus, innovative...
abstract: Oxic beds containing basic oxygen furnace slag were evaluated as potential post-treatment ...
Abstract: The removal of sulphates from acid mine drainage (AMD) using desilicated fly ash (DFA) was...
The extraction of gold, coal, nickel, uranium, copper and other earth-moving activities almost alway...
Steel slag has been proven to be an effective environment remediation media for acid neutralization,...
Abstract: Pollution of South Africa water puts a strain on natural resources and Aluminium Powder Co...
The present study aims at investigating the desulfurization process in hot metal and sulfide capacit...
Blast-furnace slag and metakaolin were geopolymerised, modified with barium or treated with a combin...
Removal mechanisms, precipitation and adsorption, of lead (Pb) and arsenic (As) by basic oxygen furn...
This document is the Accepted Manuscript version of a Published Work that appeared in final form in ...
Abstract In this study, we present the performance of acid washed copper smelter slag for the adsorp...
Few studies have characterized reactive media for phosphorus (P) removal in passive treatment system...
The high concentration of sulphates is detrimental to the infrastructure of wastewater treatment pla...
One of the major environmental issues in the mining industry is that of Acid Rock Drainage (ARD), ca...
Sulfide capacities of high alumina blast furnace slags were experimentally determined using the gas-...
Acid Mine Drainage (AMD) is one of the main environmental impacts caused by mining. Thus, innovative...
abstract: Oxic beds containing basic oxygen furnace slag were evaluated as potential post-treatment ...
Abstract: The removal of sulphates from acid mine drainage (AMD) using desilicated fly ash (DFA) was...
The extraction of gold, coal, nickel, uranium, copper and other earth-moving activities almost alway...
Steel slag has been proven to be an effective environment remediation media for acid neutralization,...
Abstract: Pollution of South Africa water puts a strain on natural resources and Aluminium Powder Co...
The present study aims at investigating the desulfurization process in hot metal and sulfide capacit...
Blast-furnace slag and metakaolin were geopolymerised, modified with barium or treated with a combin...
Removal mechanisms, precipitation and adsorption, of lead (Pb) and arsenic (As) by basic oxygen furn...
This document is the Accepted Manuscript version of a Published Work that appeared in final form in ...
Abstract In this study, we present the performance of acid washed copper smelter slag for the adsorp...
Few studies have characterized reactive media for phosphorus (P) removal in passive treatment system...
The high concentration of sulphates is detrimental to the infrastructure of wastewater treatment pla...
One of the major environmental issues in the mining industry is that of Acid Rock Drainage (ARD), ca...
Sulfide capacities of high alumina blast furnace slags were experimentally determined using the gas-...
Acid Mine Drainage (AMD) is one of the main environmental impacts caused by mining. Thus, innovative...