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![Figure II:1-Internal design of water energy recovery system [73]](profile/Kanzumba-Kusakana/publication/333997954/figure/fig1/AS:773655323758593@1561465211322/Internal-design-of-water-energy-recovery-system-73_Q320.jpg)
![Figure II:2-External design of water energy recovery system [74]](profile/Kanzumba-Kusakana/publication/333997954/figure/fig2/AS:773655323758594@1561465211375/External-design-of-water-energy-recovery-system-74_Q320.jpg)
![Figure II:3-Head and Flow in water power [76]](profile/Kanzumba-Kusakana/publication/333997954/figure/fig3/AS:773655323766790@1561465211417/Head-and-Flow-in-water-power-76_Q320.jpg)
![Figure II:5-Turgo turbine for conduit hydropower generation [84]](profile/Kanzumba-Kusakana/publication/333997954/figure/fig4/AS:773655323750401@1561465211442/Turgo-turbine-for-conduit-hydropower-generation-84_Q320.jpg)
![Figure II:6-Crossflow turbine for conduit hydropower generation [85]](profile/Kanzumba-Kusakana/publication/333997954/figure/fig5/AS:773655323758596@1561465211482/Crossflow-turbine-for-conduit-hydropower-generation-85_Q320.jpg)
The growth in the world’s population has led to an increased energy demand. Today and in the near future, renewable energy should be widely implemented, to meet the growing demand for energy. In all various renewable energy technologies, hydropower generation is the most established. A portion of small hydropower generation can be obtained by recov...
