Sechaba Water Sciences focuses primarily on water and wastewater treatment, with expertise in the following:
Advisory/Consultation
Design, Build and Installation
Research and Analysis
Products and services
Management
Training
SWS Capacities
Capacity |
Description |
Water and wastewater treatment process modelling |
Using mathematical and statistical tools to develop working models for water and wastewater treatment processes. Some of the models are aimed at optimizing dissolved air floatation for separation of industrial oil from water. |
Experimental design and Equipment Design and Optimization |
Development standard operating procedures to undertake experiments in fluid mechanics, heat and mass transfer, trouble shooting and analytical chemistry. Also, providing technical assistance on using computer aided design and simulation tools for design and optimization of chemical and manufacturing equipment. |
Plant Installation and Commissioning |
Involved in the installation and commissioning of mine wastewater treatment plant. Treatment technologies included electro coagulation, bed filtration, filtration and reverse osmosis. |
Evaluation and auditing of wastewater treatment systems |
Monitoring and evaluation of the efficiency of wastewater treatment systems, focusing on engineering, chemical and biological aspects. Production-cost and time analysis, process evaluation and risk assessment. |
Mine wastewater treatment |
Treatment of effluent from mining companies using processes such as electro coagulation, filtration and reverse osmosis before discharge to mining communities |
Oil refinery wastewater treatment |
Designing, installation and evaluation of membrane based desalination system for the treatment of oily wastewater. |
Plant Operation |
Monitoring and controlling production process, sample analysis of mine wastewater treatment plant. This included supervision of workers and development of standard operation protocols. |
Coagulant Treatability |
Comparative study that assesses the different coagulants and dosing ratio efficiency for physicochemical treatment of water and wastewater treatment. |
Residue recovery and Utilization |
Design, development and evaluation of resource recovery systems from wastewater using either anaerobic digestion process to generate biogas which can be used for green energy production or donnan dialysis process for the recovery and reuse of alum from potable water treatment residual streams. |
Design, installation and auditing of wastewater reuse schemes |
The design of wastewater treatment systems to treat wastewater suitable for different applications. Including an integrated health risks assessment for the reuse of wastewater for agriculture and other activities including the development of guidelines to encourage this practice whilst protecting public health. |
Water quality analysis and research |
Determination of the physico-chemical and biological quality of both surface and treated water to ensure protection of human health. |
Water pollution assessment and mitigation |
Determination of the source of pollution of water, development and implementation of pollution reduction strategies. |
Ecological and health risk assessment |
Determination of the risks associated with polluted water both for the ecosystem and human health. |
Training |
Developing training manuals and training programs for equipment and plant operators on water and wastewater treatment plant operations and efficiency assessment. |