Risk: Low Not Reported Not Reported treatment

ETE Dom Jose Wastewater Treatment Plant, Sobral, Ceara

Sobral, Ceará, Brazil

Overview

ETE Dom Jose is a municipal wastewater treatment plant in Sobral, Ceara, Brazil, serving approximately 14,552 people. It operates under Brazil's national water quality regulations.

ETE Dom Jose is a municipal wastewater treatment plant located in the Dom Jose neighborhood of Sobral, in the state of Ceara, Brazil. The plant serves a population of around 14,552 residents, placing it in the small-to-medium agglomeration category for the region. As a Brazilian wastewater facility, ETE Dom Jose is subject to CONAMA Resolution 430/2011 and other federal standards that set effluent quality requirements. For plants of this scale, secondary treatment is typically expected to reduce organic load and suspended solids before discharge. The plant's treated effluent is discharged into local water bodies that eventually drain into the Atlantic Ocean via the Acarau River basin. This watershed supports diverse aquatic life and is important for regional water resources in the semi-arid Northeast region of Brazil.

Environmental context

The plant's discharge flows into the Acarau River basin, which drains into the Atlantic Ocean along the coast of Ceara. This watershed is ecologically significant as it supports freshwater and estuarine habitats in a semi-arid climate, where water availability is critical for both human use and biodiversity.

Frequently asked questions

ETE Dom Jose is located at Rua Jose Saboia Neto in the Dom Jose neighborhood of Sobral, Ceara, Brazil.

The plant serves approximately 14,552 people in the Sobral area.

The treated effluent is discharged into local water bodies that are part of the Acarau River basin, which flows to the Atlantic Ocean.

The plant operates under Brazilian federal regulations, including CONAMA Resolution 430/2011, which sets effluent discharge standards for wastewater treatment plants.

For small-to-medium agglomerations in Brazil, secondary treatment is commonly required to meet organic load and suspended solids limits, often using technologies like activated sludge or stabilization ponds.

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