Overview
MBS Texbook Exchange is a 2 MW diesel power plant in Columbia, Missouri, USA. It is owned by MBS TextBook Exchange LLC and operates on oil.
MBS Texbook Exchange is a small-scale diesel power plant located in Columbia, Missouri, United States. With a capacity of 2 MW, it serves as a local power generation facility, likely providing backup or peak-load electricity to the surrounding area. The plant operates on oil as its primary fuel, a common choice for smaller diesel generators. In the United States, such facilities are subject to the Clean Air Act (CAA) regulations, including National Ambient Air Quality Standards (NAAQS) and emissions limits for criteria pollutants. Diesel plants typically have higher NOx and particulate matter emissions compared to natural gas units. As an operational facility, MBS Texbook Exchange contributes to grid reliability in the Columbia region. Its small capacity suggests it may serve as a standby or emergency power source, supporting local energy needs during peak demand or outages. The plant's environmental impact is limited by its size, but diesel combustion still produces CO2 and other pollutants.
Environmental context
The plant's use of diesel fuel results in CO2, NOx, and particulate emissions, which are regulated under the US Clean Air Act. Its location in Columbia, Missouri, a moderately populated area, means emissions could affect local air quality. However, the small capacity (2 MW) limits its overall environmental footprint compared to larger fossil fuel plants.
Frequently asked questions
MBS Texbook Exchange is located in Columbia, Missouri, United States, at coordinates 38.957200, -92.377600.
MBS Texbook Exchange is a diesel power plant with a capacity of 2 MW, operating on oil as its primary fuel.
The plant is owned by MBS TextBook Exchange LLC.
Diesel power plants in the US are regulated under the Clean Air Act, including emissions standards for NOx, SO2, and particulate matter under NAAQS and other programs.
A 2 MW diesel plant produces CO2, NOx, and particulate emissions, but its small capacity means its overall environmental footprint is relatively low compared to larger power stations.