InnoVenton: Institute for Chemical Technology is a formally registered Research Institute at the Nelson Mandela University (NMU), whose principle research focus is in Product and Process Development. The Institute strives to be self-sustaining through income generated from services to industry, income from technology transfer projects and royalties from patents.

The institute incorporates the Downstream Chemicals Technology Station, a government-funded initiative to make available high-level research, technological services and training, to technology-based Small and Medium Enterprises, and

Bon Bon Engineering was founded out of need. The sugarcane industry has been on a decline for more than 2 decades, with a loss of over 60 % of cane farmers and 45% of other sugar industry related jobs. This is due to unfavourable market conditions such as distorted global prices, declining demand and the introduction of sugar taxes worldwide. Together with this, there is an increasing demand for renewable, bio-based and green products. Our business will use sugarcane to produce high value products that are in-demand, thereby circumventing the market pressures faced by the sugarcane industry.  

Akili Labs is an award-winning biotechnology company specialising in molecular diagnostic systems development, founded by Charles Faul and Lucas Lotter in 2017, with Dr Farhan Pervaiz joining as a co-founder in 2018.

Based in South Africa with international affiliates, Akili Labs was established after realising the need for easy access to fast-paced diagnostics in the healthcare system.

With innovation and collaboration at the forefront of its company purpose, Akili Labs constantly forges partnerships with organisations around the globe for the development, creation and implementation of

Fly ash, is a waste by-product from the coal-fired electricity generating stations. Power stations need to dispose of the fly ash in a safe and environmentally friendly manner, making the need to utilize fly ash important. The production of zeolites is one way to beneficiate the fly ash waste where...

Rubber Nano Products (RNP) holds technology that allows for the creation of chemically specific activators vulcanisation with sulfur. These accelerator classes are based on the chemical species forming the active portion of the accelerator. RNP technology allows for variation of the substrate used and can create activators from almost any material used in rubber. Stearic acid is among the many possibilities. The RNP products allow for the reduction and rationalisation of zinc oxide and zinc content in rubber article manufacture. These are advantages that can also be leveraged as cure press