Overview
Porto Walter - BBF Acre is a 3.692 MW diesel power plant in Brazil, serving the remote Acre region. It operates on oil fuel to support local electricity needs.
Porto Walter - BBF Acre is a diesel power plant located in the state of Acre, Brazil, with a capacity of 3.692 MW. It is operational and uses oil as its primary fuel, typical for off-grid or remote area power generation in the Amazon region. As a small-scale diesel facility, it operates under Brazil's national environmental regulations, including CONAMA resolutions for air emissions and licensing requirements. Diesel plants in remote areas often face challenges in fuel logistics and emissions control, but they are essential for local electrification where grid extension is not feasible. The plant plays a critical role in providing electricity to the isolated community of Porto Walter, contributing to local development and quality of life. Its operation supports basic services and economic activities in a region with limited infrastructure.
Environmental context
The plant's diesel combustion emits CO2, SOx, NOx, and particulate matter, contributing to local air quality impacts. Its location in the Amazon rainforest raises concerns about ecosystem sensitivity and potential effects on biodiversity. Proximity to populated areas may increase exposure to emissions, though the small capacity limits overall footprint. Regulatory oversight by environmental agencies aims to mitigate these impacts through licensing and monitoring.
Frequently asked questions
Porto Walter - BBF Acre is located in the state of Acre, Brazil, near the town of Porto Walter in the Amazon region.
It is a diesel power plant that uses oil as its primary fuel, with a capacity of 3.692 MW.
The plant has a capacity of 3.692 megawatts, classifying it as a small-scale power generation facility.
Diesel power plants in Brazil must comply with CONAMA resolutions on air quality and emissions, as well as obtain environmental licenses from state or federal agencies.
Diesel plants are often used in remote areas like Acre because they can be deployed quickly and operate independently of the national grid, providing reliable electricity where infrastructure is limited.