Overview
Ponta do Costa is a 4 MW gas power plant located in Brazil. It operates as a small-scale facility contributing to the local energy grid.
Ponta do Costa is a gas-fired power generation facility located in Brazil, with coordinates approximately 22.875°S, 42.0095°W. The plant has a capacity of 4 MW, placing it in the small-scale category for power generation. It is currently operational, serving the local energy needs. As a gas power plant, Ponta do Costa operates using natural gas as its primary fuel. In Brazil, gas-fired plants are subject to national environmental regulations, including emission standards for air pollutants. The facility's small capacity suggests it may use simple-cycle or reciprocating engine technology, typical for distributed generation. The plant's environmental impact is relatively low due to its small size and cleaner fuel compared to coal or oil. Its role in the grid is likely to provide peaking power or support local distribution, contributing to energy security in the region.
Environmental context
The plant's small capacity and use of natural gas result in lower CO2, SOx, and NOx emissions compared to larger fossil fuel plants. Its location near the coast may influence local air quality considerations, but the modest scale limits significant environmental impact. The facility operates under Brazil's environmental licensing framework, which sets emission limits and monitoring requirements.
Frequently asked questions
Ponta do Costa is located in Brazil, near the coast at coordinates 22.875°S, 42.0095°W.
Ponta do Costa is a gas power plant, using natural gas as its primary fuel.
The plant has a capacity of 4 megawatts (MW), classifying it as a small-scale power generation facility.
Gas power plants in Brazil must comply with national emission standards set by CONAMA (National Environmental Council), including limits on air pollutants and requirements for environmental licensing.
As a small gas plant, Ponta do Costa likely provides peaking power or supports local distribution, enhancing grid reliability and energy security in its region.