Overview
Delano is a 24.1 MW diesel power plant in Delano, Minnesota, owned by Delano Municipal Utilities. It provides electricity to the local community.
Delano is a diesel power plant located in Delano, Minnesota, United States. With a capacity of 24.1 MW, it is a small-scale facility serving the local municipal utility's grid. The plant is operational and owned by Delano Municipal Utilities. The plant uses oil as its primary fuel, a common choice for peaking or backup power generation in the region. The facility operates under the regulatory framework of the US Environmental Protection Agency (EPA), including the Clean Air Act and associated emission standards for stationary engines. As a municipal utility asset, Delano plays a key role in ensuring reliable electricity supply for the city of Delano and surrounding areas. Its relatively small capacity and operational flexibility make it suitable for local grid support, particularly during peak load events or emergencies.
Environmental context
Diesel power plants emit CO2, SOx, NOx, and particulate matter, with environmental impact depending on operational frequency and emission controls. Located in a small city in Minnesota, the plant's proximity to residential areas may raise local air quality concerns. The facility is subject to EPA emission standards under the Clean Air Act, including requirements for diesel engine emissions.
Frequently asked questions
The Delano power plant is located in Delano, Minnesota, United States, at coordinates 45.041400, -93.790500.
Delano is a diesel power plant that uses oil as its primary fuel to generate electricity.
The Delano power plant has a capacity of 24.1 megawatts (MW).
The Delano power plant is owned by Delano Municipal Utilities, a local municipal utility.
Diesel power plants in the United States are subject to the Clean Air Act, including emission standards for nitrogen oxides (NOx), sulfur dioxide (SO2), and particulate matter. The EPA's regulations for stationary diesel engines require compliance with specific emission limits and monitoring.