Overview
3M Itapetininga is a 3.84 MW diesel power plant located in Itapetininga, Brazil. It operates as a backup or peaking facility, supporting local grid stability.
3M Itapetininga is a diesel-fired power plant with a capacity of 3.84 MW, located in Itapetininga, Brazil. The facility is operational and serves as a small-scale generation unit, likely providing backup power or peak load support to the local grid. Diesel plants of this size are common in industrial or remote settings where grid reliability is a concern. The plant operates under Brazil's national environmental regulations, which include emission standards for particulate matter, NOx, and SOx. As a diesel facility, it uses oil as its primary fuel, which has a higher carbon intensity compared to natural gas. The technology is typically reciprocating engines, which are efficient for small-scale and intermittent operation but produce significant local air pollutants. Given its small capacity, the plant's environmental footprint is limited relative to larger fossil fuel facilities. However, its location in an urban or industrial area may contribute to local air quality impacts. The plant plays a role in ensuring energy security for the region, particularly during periods of high demand or grid instability.
Environmental context
The plant's use of diesel fuel results in higher CO2 emissions per MWh compared to natural gas or renewables. Proximity to populated areas could lead to local air quality concerns from NOx and particulate emissions. As a small-scale facility, its overall environmental impact is modest, but it contributes to Brazil's fossil fuel dependency.
Frequently asked questions
3M Itapetininga is located in Itapetininga, Brazil, at coordinates 23.5927° S, 48.0901° W.
It is a diesel power plant with a capacity of 3.84 MW, using oil as its primary fuel.
The plant has a capacity of 3.84 megawatts (MW), making it a small-scale generation facility.
Diesel power plants in Brazil must comply with national emission standards set by CONAMA, including limits on particulate matter, NOx, and SOx. They may also require environmental licenses from state agencies.
As a small diesel plant, it likely provides backup power or peak load support, helping to stabilize the local grid during high demand or emergencies.