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31 December 2019
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Story Dr Cindé Greyling
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Photo Anja Aucamp
Dr Mariana Erasmus, SAENSE Platform Manager, says water remediation is vital for both the ecosystem and industries.
KovsieInnovation at the UFS supports innovative research outputs in various ways – one of which is to protect the intellectual property and to register patents where viable. This is in line with KovsieInnovation’s broader aim to create third-stream income for the university. Patent registration is a complex process and the UFS is proud to have the needed expertise to properly facilitate such an endeavour.
The SAENSE Platform
South Africa is a water-scarce country, with many water hungry industries (such as agriculture and mining). “Industrial processes often contaminate water with heavy metals, harmful chemicals, radioactive waste, and even organic sludge,” Dr Mariana Erasmus, SAENSE Platform Manager, explains.
Hence, water remediation is vital for both the ecosystem and industries. One of the key functions of the SAENSE Platform is to offer water-remedial solutions for the (bio)remediation of nitrates, heavy metals, and salts, among others. The platform’s activities and services are supported by undergraduate and postgraduate students and researchers, using Technology Innovation Agency (TIA) funding. TIA is a national public entity that serves as key institutional intervention to bridge the innovation chasm between research and development.
From waste to water
Through the joint effort of two mining companies and the UFS/TIA SAENSE Research Platform, a new treatment for mine drainage (MD) has been developed. This patented B-DAS (Barium – Dispersed Alkaline Substrate) technology effectively treats the major contaminants found in acid, alkaline, or neutral mining wastewater. The aim of the B-DAS system is to provide a passive water-treatment solution with minimum waste production; it can also be a potential pre-treatment for reverse osmosis (RO) to lower the requirements of the membranes and therefore potentially reduce the RO cost.
The success of the patent is that it turns unusable water into water that is fit for agricultural purposes at a reduced cost and increased efficiency.
Husband and wife make formidable team as they simultaneously receive a PhD
2014-12-12
Stellah Nambalirwa Lubinga and Moses Herbert Lubinga – a married couple – each received their Doctoral degrees at our 2014 Summer Graduation Ceremony. Their PhDs are in Public Administration and Management and Agricultural Economics respectively.
Dr Stellah Lubinga’s thesis is titled ‘The role of democratic rights and obligations of citizens in enhancing public service delivery in Uganda’. Her research makes a valuable contribution to a subject that has been under the spotlight in Uganda for some time. She contends that citizens need to exercise their rights to participate in planning for service delivery. In the absence of their participation, the quality of such services will remain sub-standard. Dr Stellah Lubinga proposes far-reaching interventions for ensuring constructive citizen involvement in the planning processes of service delivery.
Dr Moses Lubinga developed a set of Horticultural indices to be used as proxies in evaluating the impact of climate change on horticultural trade flows to the European Union market. His thesis is titled ‘The impact of climate change and the European Union GSP-Scheme on East Africa’s Horticultural Trade’. His methodological contribution lays the foundation for the future assessment of international trade flows from agriculturally-driven economies in informing policy-makers on the formulation of international trade policy – to the ultimate benefit of the nations in question.
The husband and wife Doctoral graduates originate from Kampala, Uganda, and have lectured and held several other positions in Ugandan and South African educational institutions. They continue to make great contributions in their respective fields of work.