Overview
Luiz Oscar Rodrigues de Melo (Antiga Linhares) is a 204 MW gas-fired power plant in Brazil. It operates as a key facility in the country's thermal power generation sector.
Luiz Oscar Rodrigues de Melo (Antiga Linhares) is a gas-fired power plant located in Brazil, with a capacity of 204 megawatts. The plant is operational and contributes to the country's energy mix, which relies on a combination of hydroelectric, thermal, and renewable sources. Gas-fired power plants in Brazil operate under national environmental regulations, including CONAMA resolutions and state-level licensing requirements. The plant uses natural gas as its primary fuel, which produces lower CO2 emissions compared to coal or oil, but still requires compliance with emission limits for NOx and SOx. The facility plays a role in providing grid stability and meeting peak demand, particularly in regions where hydroelectric generation may be affected by seasonal variations. Its location near the coast may also support local industrial and residential electricity needs.
Environmental context
The plant's gas-fired technology results in lower carbon intensity compared to coal or oil plants, but still contributes to greenhouse gas emissions. Its location in a coastal area of Brazil may influence local air quality, though specific impacts depend on dispersion patterns and proximity to populated zones. The facility operates under Brazil's environmental licensing framework, which mandates emission controls and monitoring.
Frequently asked questions
The plant is located in Brazil, with approximate coordinates 19.5323° S, 39.7992° W. It is situated in the state of Espírito Santo or nearby region.
It is a gas-fired power plant, using natural gas as its primary fuel to generate electricity.
The plant has a capacity of 204 megawatts (MW), placing it in the medium-scale range for gas power plants.
Gas power plants in Brazil must comply with CONAMA resolutions, such as Resolution 382/2006 for air emissions, and obtain environmental licenses from state agencies. These regulations set limits on NOx, SOx, and particulate matter.
As a thermal plant, it provides dispatchable power that can complement hydroelectric generation, especially during dry periods or peak demand, enhancing grid reliability.