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South Africa exhibits one of the most carbon-intensive electricity supply systems in the world and is currently in a transition towards one which is less carbon-intensive.
CSIR researchers are exploring the synthesis, modification and composting of porous carbonaceous materials for hydrogen storage applications.
The CSIR, in collaboration with the University of Pretoria, is working on developing a feasible prototype diagnostic devices to supplement existing technologies for tuberculosis (TB) diagnosis wher
Modern healthcare systems are dependent on reliable electronic systems to keep patient records, facilitate fast clinical decision-making and ensure efficient communication between healthcare profes
The CSIR has developed solvent-free ‘green’ encapsulation technologies for sensitive actives used in animal and human health such as probiotics, proteins, vaccines, drugs, vitamins and bioactive pl
The CSIR together with the Medical Research Council, have developed and tested a low-cost Doppler ultrasound device that aims to place Doppler technology at the primary healthcare level.
The CSIR has developed a ‘movable type’ high-throughput microarray printing technology that can compress several individual RNA-interference (RNAi) experiments onto a single glass slide.
The CSIR has developed a robust system to rapidly detect deformation of land surfaces. This is particularly useful in mined areas, where early detection of deformation is pivotal.
The CSIR coastal flood risk viewer is an interactive web-based tool to visualise the extent of coastal flooding in specific areas.
Invasion by alien plants poses a significant threat to South Africa’s biodiversity and human well-being. Ecosystem services are under pressure largely due to this threat.