College Park Power Plant: A Historical Overview

The College Park Power Plant stands as a testament to the ambitions of a growing community and the challenges of early 20th-century infrastructure development. Constructed to provide heat and electricity to Park College and the residents of Parkville, Missouri, it relied on coal transported via railroad and water sourced from the nearby Missouri River. Its story is intertwined with the local history, the dedication of community leaders, and the impact of global events.

The Genesis of an Idea

The concept for the Power Plant emerged in 1916. Hauling coal up the hill to the college had become increasingly difficult and expensive. This logistical hurdle spurred local college and city leaders to explore alternative solutions for energy provision.

Philanthropic Foundations

Recognizing the significant expense of such a project, local leaders reached out to Ella Park Lawrence, daughter of George Park, and her husband, George Lawrence. Their contribution proved pivotal. The Lawrences donated the land for the plant, a site previously occupied by her father's newspaper. In addition to the land, they contributed $15,000 towards the plant's construction.

Design and Initial Setbacks

Mr. Squires was the first engineer hired for the design. Unfortunately, he suffered personal injuries off-site. Consequently, Mr. Charles Patrick Breen, from the firm Smith, Rae, and Lovett, was hired. Construction began in 1917. However, the project soon encountered numerous obstacles. By January 1918, the plant was only half completed. A shortage of laborers, due to college students serving in World War I, and the wartime rise in material costs significantly hampered progress. The influenza epidemic of 1918 further exacerbated the situation, forcing the college to close for several weeks and causing additional labor shortages.

Completion and Commencement of Operations

Despite these challenges, the building and smokestack were completed in October 1918. Unfortunately, funding shortfalls prevented the purchase of essential equipment, including boilers, dynamos, and pipes, which were needed to connect the plant to the college, local businesses, and residences. Finally, in July 1919, the college and civic leaders celebrated the opening of the plant and the commencement of operations.

Operational History and Eventual Closure

The plant operated for several decades, providing essential services to the community. The floods of 1993 brought an end to its operations, leading to its closure.

Current Status

Currently, the structure is owned by Thomas Hutsler.

Parkville: A City Forged by History

Parkville, situated in southern Platte County along the Missouri River, boasts a rich history and a vibrant community. Known for its antique shops, art galleries, and historical downtown, Parkville offers a unique blend of small-town charm and cultural attractions. The city is home to Park University and the National Golf Club, contributing to its reputation as a desirable place to live and visit. The natural beauty of limestone bluffs, wooded vistas, and the Missouri River provides an enchanting backdrop for the city.

Parkville's origins trace back to 1838 when Colonel George S. Park, a veteran of the Texas War of Independence, purchased the site. In 1844, Park formally platted the town of Parkville. By 1850, a thriving community had emerged on the banks of the Missouri River. The city's past is marked by historical accounts of conflicts. By the 1850s, Park had built a hotel known as “Old Number One”, which for a while was used as Park College. Park’s dream for a college was realized in 1875. By 1877 there were general stores, a shoe store, grocery, hardware, blacksmith shop and two hotels. Many of those little shops and stores are home to today’s shops and restaurants. In 1880, Parkville’s population stood at 482, compared to today’s 7,117 (2020 Census).

The Parkville Train Depot, constructed in 1889, served the Chicago Burlington Quincy Railroad. The City first leased the train depot from the Chicago Burlington Quincy Railroad in 1970 to use as its City Hall. Following the Great Flood of 1993, the depot had to be rehabilitated due to flood water damage and City staff subsequently relocated City Hall operations. The depot was transformed into a train museum and was rededicated in 2000 for civic uses by the City and downtown non-profit organizations.

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The Broader Context of Power Generation in the Early 20th Century

The College Park Power Plant's history is reflective of broader trends in power generation during the early 20th century. Across the United States, communities and institutions sought to harness various energy sources to meet growing demands for electricity and heat.

Hydroelectric Power Development

Hydroelectric power emerged as an early alternative. The Tennessee Valley Authority (TVA) and the hydroelectric projects across the South helped in the formation of the United States coming out of the Great Depression. The first production of electricity in Tennessee by means of hydropower was an early twentieth century phenomenon. While strides had been made in the late nineteenth century in other areas of the United States and in Europe, it was not until 1901, when local entrepreneurs in Middle Tennessee began to see the potential to electrify cities and towns with hydropower, that construction actually began. Some smaller attempts utilizing the limited power of creeks and streams were successful earlier, but these were extremely limited and idiosyncratic in nature.

Winchester, in Franklin County, became the first Tennessee city to develop a hydroelectric power station. In 1898, the city floated a $15,000 bond issue in order to pay for the project. In 1900, the City of Winchester solicited William Jackson Dodge, a self-taught electrical engineer of the Nashville Electric Steam Plant, to build the premier hydroplant in the volunteer state. Built on the Elk River, the “Loop Plant” was located some 6 1/2 miles from the city and was completed in 1901, fittingly, the first year of the new twentieth century.

Other examples of early hydroelectric projects include:

Swan Falls Dam Plant (Idaho): Originally constructed in 1900 on the Snake River.
River Mill Hydroelectric Project (Oregon): Located on the Clackamas River, developed and operated by the Portland General Electric Company.
Cooke County Dam (Michigan): Constructed in 1912 on the AuSable River.
Wilson Dam (Alabama): Erected by the Army Corps of Engineers in 1918-25 on the Tennessee River.

The Rise of Coal-Fired Power Plants

Despite the growth of hydroelectric power, coal remained a dominant fuel source for electricity generation, particularly in areas where water resources were limited. Coal-fired plants, like the College Park Power Plant, provided a reliable and relatively inexpensive means of producing electricity and heat.

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Evolving Attitudes Towards Fossil Fuels

In recent years, there has been a growing awareness of the environmental impact of fossil fuels, including coal. This awareness has led to increased scrutiny of coal-fired power plants and a push for cleaner energy sources.

Student Activism and University Initiatives

Students across the country have been at the forefront of advocating for sustainable energy solutions on college campuses. Student organizations have organized rallies and campaigns to pressure universities to reduce their reliance on fossil fuels.

Some universities have already taken steps to transition to cleaner energy sources. Ball State University approved a proposal to phase out its coal-fired boilers and replace them with geothermal energy. The College of Wooster runs a coal-fired cogeneration facility that produces both electricity and steam.

The Challenges of Transitioning to Renewable Energy

Transitioning to renewable energy sources can be a complex and costly undertaking. Universities face financial constraints and regulatory hurdles in their efforts to reduce their carbon footprint.

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