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Overview

State Grid provides water supply system for local community

Commitments (Constant USD, 2023)$731,079
Commitment Year2022Country of ActivityBrazilDirect Recipient Country of IncorporationBrazilSectorWater Supply And SanitationFlow TypeGrant

Status

Project lifecycle

Completion

Pipeline: PledgePipeline: CommitmentImplementationCompletion

Timeline

Key dates

Commitment date
Aug 22, 2022
Start (actual)
Aug 22, 2022
End (actual)
Feb 16, 2023

Geospatial footprint

Map overview

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The purpose of the project is to provide clean drinking water to the local community in João Câmara in the state of Rio Grande do Norte. More detailed location information can be found at: https://www.openstreetmap.org/relation/362282#map=11/-13.5529/-42.5370&layers=T

Stakeholders

Organizations involved in projects and activities supported by financial and in-kind transfers from Chinese government and state-owned entities

Funding agencies

State-owned companies

  • State Grid International Development Co., Ltd. (SGID)

Cofinancing agencies

Private Sector

  • CPFL Energia

Receiving agencies

Government Agencies

  • Government of Brazil

Implementing agencies

Private Sector

  • CPFL Energia

State-owned companies

  • State Grid International Development Co., Ltd. (SGID)

Loan description

State Grid provides water supply system for local community

Narrative

Full Description

Project narrative

On August 22, 2022, State Grid International Development Co., Ltd. (a Chinese state-owned company) and CPFL Renováveis (a Brazilian company which is part of the CPFL Energia Group) began works on a water supply system to provide clean drinking water to the local community in João Câmara in the state of Rio Grande do Norte. The water supply system was commissioned on February 16, 2023. The total cost of the project was R$8 million, and it was cofinanced by the two companies. The project utilizes advanced membrane reverse osmosis technology to purify groundwater, producing up to 80 tons of clean water daily. It has a self-sufficient photovoltaic energy generation system, which is connected to the power grid. The purified water is distributed through pipelines to three nearby indigenous communities, benefiting over 800 families and more than 3,000 residents. Before the project, these communities depended on government water trucks to meet their daily drinking water needs. The two companies handed the project over to the local government, which will be responsible for the operation of the system.

Staff comments

1. The individual contribution from each company is unspecified. For the time being, AidData assumes equal contributions from each company.