Freese and Nichols, Inc.
Fort Worth, Tarrant County, Texas
Marker Inscription
Engineer John B. Hawley, designer and builder of Fort Worth's first city water system in 1892, was joined by Simon W. Freese in 1927 and Marvin C. Nichols in 1930 to form Hawley, Freese, and Nichols. The firm designed the nation's first dual-purpose reservoirs and pioneered the use of environmental engineering concepts in water treatment. One of Texas' oldest engineering firms, Freese and Nichols, Inc. is noted for developing water for west Texas by designing regional supplies to serve several cities and industries. It continues to play a vital role in the development of Texas. (1994)
Erected by Texas Historical Commission
The Story
The firm traces its roots to engineer John B. Hawley, who designed Fort Worth's first city water system in 1892, and to partners Simon W. Freese and Marvin C. Nichols, who joined him in the late 1920s. The company pioneered dual-purpose reservoirs and early environmental engineering in water treatment, and became a driving force in bringing reliable water to arid West Texas. It remains one of the state's oldest engineering firms.
Why it matters
The firm's water-supply work made cities and industry possible across a dry landscape, showing how engineering quietly underwrites the growth of the American West.
The story behind this marker
AI contextThe era
In the late 1800s, Fort Worth was growing from a cattle-trail town into a real city, and growing cities need water. Shallow wells, cisterns, and hauled water could not safely serve a crowded community. Typhoid and other waterborne diseases were constant threats in American cities of that era. Building public water systems became one of the most important civic projects of the age.
Texas made the problem harder. Much of the state, especially the western half, gets limited and unreliable rainfall, and long droughts can follow wet years. Rivers that flood in one season can shrink to trickles in the next. A city or industry that wanted to grow needed engineers who could catch water when it came and store it for when it didn't.
In the early twentieth century, engineering became more scientific. Reservoir design, water treatment, and public health turned into specialized disciplines. The firm on this marker grew up during that change, and it helped shape it in Texas.
People & events
The story starts with John B. Hawley, an engineer who designed and built Fort Worth's first city water system in 1892. That was a foundational achievement. A municipal water system meant pumps, pipes, and a dependable supply. It made a growing town healthier and more livable, and it laid the groundwork for a modern city.
Decades later, Hawley took on partners. Simon W. Freese joined him in 1927, and Marvin C. Nichols joined in 1930, forming Hawley, Freese, and Nichols. The partnership brought together a veteran from the city's founding era of water works and a new generation of engineers trained for the larger challenges ahead.
The firm's accomplishments matched those challenges. According to the marker, it designed the nation's first dual-purpose reservoirs, lakes built to serve more than one need at once. Typically that means storing water for supply while also controlling floods. The firm also pioneered environmental engineering concepts in water treatment, thinking about water quality and natural systems instead of just moving water from place to place.
Under the later name Freese and Nichols, Inc., the firm became known for bringing water to West Texas. It designed regional supply systems that served several cities and industries together instead of leaving each town to fend for itself. By the time the marker was placed in 1994, it was one of the oldest engineering firms in Texas.
Its place in the American story
Water engineering is one of the great unsung forces in American history. The growth of the West, from Texas to California, depended on dams, reservoirs, aqueducts, and treatment plants that most people never think about. Freese and Nichols is a Texas example of that national story, in which engineers made dry country livable on a modern scale.
The firm's ideas also anticipated broader trends. Dual-purpose reservoirs pointed toward multipurpose water projects, which later became central to American water policy and balanced supply, flood control, and other uses. Regional systems shared among several cities reflect a lesson the arid West learned slowly: water problems often cross town lines, and they are best solved together.
Most of all, the marker honors a kind of history that rarely gets monuments: infrastructure. Battles and famous people are easy to commemorate. Clean water that comes out of the tap every day, through droughts and population booms, is harder to see. Yet modern Texas cities rest on it.
If you visit
This marker stands in Fort Worth, a city that grew from cattle drives and railroads into a major metropolis. It honors a business, not a battlefield or a historic house, so the interest here is in what the marker helps you notice. Fort Worth's growth depended on the water infrastructure that engineers like Hawley helped build.
Take that idea with you. As you drive across Texas, especially west of Fort Worth, notice the reservoirs and lakes along your route. Many lakes in Texas are human-made, built to store water in a state where nature does not always provide it on schedule. Each one is a piece of engineering history.
The marker makes a good stop for travelers interested in how places actually work, and it pairs well with Fort Worth's better-known sites from the cattle and railroad eras. Seen together, they tell a fuller story: cattle and rails brought people to Fort Worth, and water made it possible for them to stay.
Written by AI to add context, grounded in the markerβs inscription and the historical record. The inscription above is the original, unaltered text.
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Related people
- Β· John B. Hawley
- Β· Simon W. Freese
- Β· Marvin C. Nichols
Themes & tags
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