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The South African bioeconomy strategy did not clearly articulate the measurement framework to monitor the implementation of the strategy. This paper provides an analysis of bioeconomy patents, the most prolific organizations and citations at the EPO and USPTO for South Africa, BRICS, Egypt and Nigeria during the Ten-Year Innovation Plan 2008–2018. The terms 'biotechnology', 'medical technology', 'pharmaceuticals' and 'selected environment-related technologies' were used to search for patents. The OECD patents by technology, the EPO PATSTAT and the USPTO PatFT databases were used to map patents and citations. The results show that South Africa ranked last in the BRICS group but produced a higher number of patents than Egypt and Nigeria. The number of patents generally decreased for the selected countries except for China. The total citations for the selected countries was generally inconsistent. The important innovators for South Africa in the bioeconomy are mainly universities and public research institutions. A new fiscal approach to encourage knowledge application in bioeconomy in South Africa is required. Incentives from government that encourage collaboration between research institutions and industry to direct research with industry application are required. The study contributes to the development of metrics to monitor the bioeconomy in South Africa. [ABSTRACT FROM AUTHOR]

Africa has rich energy resources but continues to remain an energy poor continent. The industrialization potential of the continent and its rapidly growing population have caused a sharp increase in demand for electricity. South Africa and Nigeria are the biggest economies in Africa with large appetites for energy. South Africa, using its vastly developed and industrial economy, produces about 50 GWe of electricity, the highest of any African country. In contrast, Nigeria produces far less for a population four times the size of its African economic rival, South Africa. Without solving the energy deficit, neither economic growth nor sustainable development and improvement of citizens' welfare will be possible. An effective way to solve the energy shortage may be the introduction of nuclear power plants. Nuclear power is not only able to overcome the electricity deficit in African countries, but can also contribute to a soft transition from environmentally polluting fossil-fuelled power plants to carbon-free technologies. However, for various reasons, there is strong opposition to nuclear energy development in these countries. This paper seeks to answer the question of whether the construction of nuclear power plants in Africa is the optimal solution to the continent's acute energy deficit. [ABSTRACT FROM AUTHOR]