Overview
ETE PARAMOTI is a wastewater treatment plant serving the community of Paramoti in Ceará, Brazil. It provides essential sanitation services to approximately 1,287 residents in the region.
ETE PARAMOTI is a wastewater treatment plant located in the Irapuá area of Canindé, serving the municipality of Paramoti in the state of Ceará, Brazil. Situated in the Northeast region, the plant is part of the local sanitation infrastructure for a small agglomeration of about 1,287 people. As a small-scale facility in Brazil, ETE PARAMOTI operates under the national regulatory framework for basic sanitation, which includes standards set by the Ministry of Regional Development and state environmental agencies. The plant's treated effluent is discharged into local water bodies that drain into the Atlantic Ocean via the coastal watersheds of Ceará. The region's semi-arid climate makes water quality management particularly important for protecting downstream ecosystems and supporting local water resources.
Environmental context
The plant is located inland in the semi-arid region of Ceará, within the drainage basin that flows toward the Atlantic Ocean. The local watershed supports intermittent rivers and reservoirs that are critical for water supply and biodiversity in the Northeast of Brazil. Protecting these water bodies from untreated sewage is essential for maintaining aquatic life and preventing eutrophication in downstream coastal areas.
Frequently asked questions
ETE PARAMOTI is located in the Irapuá area of Canindé, serving the municipality of Paramoti in the state of Ceará, Brazil.
The plant serves approximately 1,287 residents in the Paramoti region.
The treated effluent is discharged into local water bodies that are part of the drainage network flowing toward the Atlantic Ocean in Ceará.
The plant operates under Brazil's national sanitation regulations, overseen by state environmental agencies such as the Superintendência Estadual do Meio Ambiente (SEMACE) in Ceará.
For small agglomerations in Brazil, treatment commonly involves primary sedimentation followed by biological processes such as anaerobic ponds or septic tanks to meet local discharge standards.
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