Salt Gradient Energy - Amell Hernández, José Luis;Alvarez Silva, Oscar;Higgins A, Aldemar
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Salt gradient energy (GSE) can be harnessed by the mixing of two water masses with different salt concentrations. River mouths are systems where this energy can be obtained since they offer a large amount of water resources and water masses with different salinity. Previous studies show that 23.6 TWh/a can be extracted from the mouth of the Magdalena River; however, this estimate needs to be refined due to the inter-annual and intra-annual variability of the salt wedge, as changes in NaCl concentration affect the net EGS potential; in addition, energy costs for transportation to the plant must…mehr

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Produktbeschreibung
Salt gradient energy (GSE) can be harnessed by the mixing of two water masses with different salt concentrations. River mouths are systems where this energy can be obtained since they offer a large amount of water resources and water masses with different salinity. Previous studies show that 23.6 TWh/a can be extracted from the mouth of the Magdalena River; however, this estimate needs to be refined due to the inter-annual and intra-annual variability of the salt wedge, as changes in NaCl concentration affect the net EGS potential; in addition, energy costs for transportation to the plant must be considered. The effect of salt wedge variability for EGS utilization was studied using simulation results from the MOHID hydrodynamic model. This study presents how to optimize the specific potential (SSP) of EGS. The ecological flow for the mouth of the Magdalena River, the design flow for the EGS generation plant and the extraction factor are also established.
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Autorenporträt
José Luis Amell Hernández. Físico, licenciado pela Universidad del Atlántico na Colômbia. Fez os seus estudos de pós-graduação na Universidad del Norte (UN), onde obteve o grau de Mestre em Física Aplicada sob a direção do Dr. Oscar Álvarez S. Atualmente pertence ao grupo de investigação GEO4 da UN na área das energias renováveis.