Overview
Pau Ferro I is a 94.08 MW diesel power plant in Brazil, operating on oil. It contributes to the country's power generation capacity.
Pau Ferro I is a diesel power plant located in Brazil, with a capacity of 94.08 MW. The plant operates on oil as its primary fuel and is currently in operational status. It is situated at coordinates -7.856800, -35.009400, likely in the northeastern region of Brazil. The plant uses diesel technology, which is common for peaking power and remote areas. Brazil's power sector is regulated by national standards, including environmental licensing requirements. Diesel plants typically have higher emissions per MWh compared to natural gas or renewables, and their operation is often subject to fuel price volatility. Pau Ferro I plays a role in Brazil's energy mix, providing dispatchable power. Its capacity is considered medium-scale for diesel plants. The facility's environmental impact includes CO2 and local pollutant emissions, which are managed under Brazilian environmental regulations.
Environmental context
The plant's use of oil as fuel results in CO2, SOx, and NOx emissions. Its location in northeastern Brazil may be near populated areas, affecting local air quality. The plant's age and technology (diesel) influence its efficiency and emissions profile. Brazil's environmental framework requires licensing and emission controls for such facilities.
Frequently asked questions
Pau Ferro I is located in Brazil, at coordinates -7.856800, -35.009400, likely in the northeastern region of the country.
Pau Ferro I is a diesel power plant that uses oil as its primary fuel to generate electricity.
Pau Ferro I has a capacity of 94.08 megawatts (MW), making it a medium-scale diesel power plant.
Diesel power plants in Brazil must comply with national environmental licensing requirements, including emission limits for pollutants such as SOx, NOx, and particulate matter, as well as greenhouse gas reporting.
As a diesel plant, Pau Ferro I provides dispatchable power that can be ramped up quickly to meet peak demand or support grid stability, especially in regions with variable renewable generation.