Overview
Ipixuna is a 2.68 MW diesel power plant in Brazil, operating on oil. It serves local energy needs in the Amazon region.
Ipixuna is a diesel power plant located in Brazil, with a capacity of 2.68 MW. The facility operates on oil as its primary fuel and is currently in operational status. It is situated in the Amazon region, near the coordinates 7.0507° S, 71.6819° W. As a small-scale diesel plant, Ipixuna falls under Brazil's national environmental regulations, which include emission standards for stationary sources. Diesel plants in remote areas often serve as off-grid power sources, and their operation is subject to fuel quality and emission controls. The plant's capacity is modest compared to large-scale hydroelectric or thermal plants typical in Brazil. The facility plays a role in providing electricity to a remote area where grid connectivity may be limited. Its environmental impact is primarily associated with diesel combustion, including CO2, SOx, and NOx emissions. The plant's location in the Amazon region underscores the importance of balancing energy access with environmental preservation.
Environmental context
The plant's diesel combustion releases CO2, SOx, and NOx, contributing to local air quality concerns. Its location in the Amazon rainforest raises considerations for ecosystem protection and deforestation. Proximity to populated areas may affect human health, while the small capacity limits overall emissions compared to larger facilities.
Frequently asked questions
The Ipixuna power plant is located in Brazil, in the Amazon region near coordinates 7.0507° S, 71.6819° W.
The Ipixuna plant uses oil (diesel) as its primary fuel for power generation.
The Ipixuna diesel power plant has a capacity of 2.68 megawatts (MW).
Diesel power plants in Brazil are subject to national emission standards for air pollutants, including limits on SOx, NOx, and particulate matter, enforced by environmental agencies like IBAMA.
As a small diesel plant in a remote area, Ipixuna provides essential electricity to communities that may not be connected to the national grid, supporting local energy access.