Financial compensation in hydropower generation: a tool for social and environmental development | Zendy

Getúlio Fonseca Domingues | Zendy; Luna Gripp Simões Alves | Zendy; Lidiane Maria Ferraz Rosa | Zendy; Guilherme Silvério Aquino de Souza | Zendy; Rodolfo Alves Barbosa | Zendy; Alexandre Simões Lorenzon | Zendy; Nero Lemos Martins de Castro | Zendy; Lucas Arthur de Almeida Telles | Zendy; Alexandre Rosa dos Santos | Zendy; Carlos Antônio Álvares Soares Ribeiro | Zendy

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Financial compensation in hydropower generation: a tool for social and environmental development

Author(s) -

Getúlio Fonseca Domingues,

Luna Gripp Simões Alves,

Lidiane Maria Ferraz Rosa,

Guilherme Silvério Aquino de Souza,

Rodolfo Alves Barbosa,

Alexandre Simões Lorenzon,

Nero Lemos Martins de Castro,

Lucas Arthur de Almeida Telles,

Alexandre Rosa dos Santos,

Carlos Antônio Álvares Soares Ribeiro

Publication year - 2019

Publication title -

water policy

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.488

H-Index - 56

eISSN - 1996-9759

pISSN - 1366-7017

DOI - 10.2166/wp.2019.007

Subject(s) - siltation , water scarcity , water resources , water resource management , water conservation , environmental science , hydroelectricity , hydropower , upstream (networking) , scarcity , business , economics , engineering , paleontology , ecology , electrical engineering , sediment , biology , microeconomics , telecommunications

In the current scenario of Brazilian low water availability, the financial compensation funded by hydroelectric power plants (HPPs) represents an important tool for water management and conservation of the hydrographic basin. This payment could be applied to mitigate HPP's greatest problems such as water scarcity and reservoir silting. We propose an apportionment proportional to the average water flow provided by each municipality within the HPP's catchment area and the size of the flooded area by its reservoir. The water flow was obtained through the balance between precipitation and evapotranspiration for all municipalities in the study area with only 3% difference from the observed water flow in the HPP. As a result of the proposed methodology, the number of benefiting municipalities increased from 41 to 167 in the drainage area of Furnas’ HPP, providing financial resources to the upstream municipalities and enabling them to invest in conservation techniques to ensure the maintenance of water resources, promoting social and environmental development, and mitigation of HPP's greatest problems such as water scarcity and reservoir silting.

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