Similar Items: Optimisation of a linear flow channel reactor for semi-passive, simultaneous biological sulphate reduction and partial sulphide oxidation
- A novel semi-passive process for sulphate removal and elemental sulphur recovery centred on a hybrid linear flow channel reactor
- An investigation towards passive treatment solutions for the oxidation of sulphide and subsequent removal of sulphur from acid mine water
- A kinetic study on anaerobic sulphate reduction : effects of sulphate and temperature
- A Comparative Analysis of the Performance and the Microbial Ecology of Biological Sulphate Reducing Reactor Systems
- Development of an unsteady state model for the tank bioleaching of sulphide mineral concentrates in flow reactor systems
- Investigation of alternative carbon sources for the biological treatment of synthetic sulphate-laden water and mine impacted water in a linear flow channel reactor
Author: Harrison, Susan
- Acid biodesulphurisation of coal discards using a heap leaching approach
- Techno-economic evaluation of integrated process flowsheets for vinasse management with value addition for decision making
- Bioleaching as a unit operation for the recovery of copper and other metals of value from WEEE
- Developing quantitative approaches to determine microbial colonisation and activity in mineral bioleaching and characterisation of acid rock drainage
- Optimisation of a linear flow channel reactor for semi-passive, simultaneous biological sulphate reduction and partial sulphide oxidation
- Bioaugmentation and biostimulation of a South African coal-based Technosol as a mine rehabilitation strategy