Overview
Alliant SBD 8602 Marion Sub is a 5.6 MW diesel power plant in the United States, operated by Industrial Energy Applications Inc. It provides peaking or backup power capacity.
Alliant SBD 8602 Marion Sub is a diesel power plant located in the United States, with coordinates 42.0289, -91.5975. The facility has a capacity of 5.6 MW and is classified as a diesel power plant. It is operated by Industrial Energy Applications Inc and is currently operational. Diesel power plants in the United States are subject to federal regulations under the Clean Air Act, including National Ambient Air Quality Standards (NAAQS) and emission limits for criteria pollutants. These plants typically operate as peaking units or emergency backup, running only during periods of high demand or grid instability. The 5.6 MW capacity places this facility in the small-scale category for power generation. The plant's role is likely to provide localized grid support or backup power for industrial or community needs. Its small capacity and diesel fuel source mean it has a moderate environmental footprint per unit of electricity generated, but its intermittent operation reduces overall emissions compared to baseload plants.
Environmental context
Diesel power plants emit CO2, SOx, NOx, and particulate matter, with higher emission intensity per MWh than natural gas or renewable sources. The plant's location in Iowa, a state with significant agricultural activity, means emissions could affect local air quality. However, as a small peaking plant, its operational hours are limited, reducing cumulative environmental impact.
Frequently asked questions
Alliant SBD 8602 Marion Sub is located in the United States at coordinates 42.0289, -91.5975, in the state of Iowa.
It is a diesel power plant with a capacity of 5.6 MW, used for peaking or backup power generation.
The plant is operated by Industrial Energy Applications Inc.
Diesel power plants in the US must comply with the Clean Air Act, including NAAQS for criteria pollutants and emission standards for SOx, NOx, and particulate matter.
Small diesel plants like this one typically provide peaking capacity, emergency backup, or grid support during periods of high demand.