Latest News Archive

Please select Category, Year, and then Month to display items
Previous Archive
31 December 2019 | Story Dr Cindé Greyling | Photo Anja Aucamp
Patents
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.

News Archive

Kovsies Wayde van Niekerk wins gold at the IAAF World Championship
2015-08-27

  

Wayde van Niekerk has done it! He ran the men’s 400m race in a sensational 43.48 seconds. First over the finishing line, he left the former world champion, LaShawn Merritt, and reigning Olympic champion, Kirani James, well behind.

They were competing at the IAAF World Championship in Beijing, China, on Wednesday 26 August 2015.

This glorious achievement makes him the fourth-fastest athlete in the history of the event, with only Michael Johnson, Butch Reynolds, and Jeremy Wariner bettering Van Niekerk’s time. He is also South Africa’s first world sprint champion.

Back at home, the entire university community backed him with each stride. With his race broadcast live on big screens in the Callie Human Centre, shouts of encouragement reverberated across the Bloemfontein Campus.

Prof Jonathan Jansen, Vice-Chancellor and Rector of the UFS, said: "The community of the University of the Free State is so incredibly proud of our student, Wayde van Niekerk, who is now the World Champion over 400m! This is an astounding accomplishment of an exceptionally talented Gold Medalist, who has remained humble, friendly, and decent in his value system, despite rising to the top of the world. The celebrations here in Kovsieland will go on for many weeks to come, and we cannot wait for him to come home."

Facebook video of Kovsie staff and students watching the race on big screen.
YouTube video of the race.


Other articles about Wayde:

http://www.ufs.ac.za/templates/news-archive-item?news=6415
http://www.ufs.ac.za/templates/news-archive-item?news=6402
http://www.ufs.ac.za/templates/news-archive-item?news=6391
http://www.ufs.ac.za/templates/news-archive-item?news=6373

We use cookies to make interactions with our websites and services easy and meaningful. To better understand how they are used, read more about the UFS cookie policy. By continuing to use this site you are giving us your consent to do this.

Accept