Upper Raceway Park
Selecting the Great Falls area as the first planned manufactory in the United States, the S.U.M purchased 700 acres of the area adjoining the Falls for a little over $8,000. The site had several positive attributes that made the land appealing for industrial development. Water was critical. The change in elevation could be transformed into hydropower. Existing streams could be diverted to create reservoirs that would expand lakes or ponds at the Passaic River’s headwaters. This would serve to retain a supply of water for dry seasons and could be used to regulate water flow. In addition, the site was near major shipping centers of northern New Jersey, New York, and Pennsylvania. Finally, the land near the Falls was fully developable and could be readily subdivided into sites that could be sold or leased for manufacturing.
Hamilton selected Pierre L’Enfant, a French-American architect and civil engineer who served with Hamilton during the Revolutionary War, to devise a plan that harnessed the water for hydropower. Hamilton admired L’Enfant’s visionary plan for Washington, D.C., which contemplated expansive growth of the federal government, and took almost 200 years to build out to completion.
Construction of a raceway system began in 1792, but L’Enfant’s initial plan for the raceway system proved too expensive and the S.U.M dismissed him, instead turning the project over to a New Englander with some industrial experience. Although delays and internal financial problems within the S.U.M. slowed the construction process, a successor to L’Enfant with practical engineering experience, Peter Colt, was successful in bringing waterpower to sites with a raceway system, using L’Enfant’s original plans. A system of waterwheels proliferated throughout the area and textile manufacturing was underway.
The S.U.M. made major additions and alterations to the raceway system throughout the first half of the 1800s. In its ultimate form, the raceway system was a three-tier system with Upper, Middle, and Lower Raceways capable of delivering over 2,000 horsepower. Designed this way, the system could take advantage of the drop in topography and re-direct water flow to all of the mill sites.
The raceways adapted and expanded over the first fifty years of Paterson’s history and were essential to the development of the area. As the President of the National Trust for Historic Preservation, Richard Moe, wrote in his testimony to the Senate advocating for the Paterson National Park, “Scholars have concluded that Pierre L’Enfant’s innovative waterpower system at the Great Falls—and many factories built later—constitute the finest remaining collection of engineering and architectural works representing each stage of America’s progress from Hamilton’s time to the 20th century.’’
Added in 1828, the Upper Raceway was the last piece of the system that the S.U.M. constructed. The raceway runs along a path behind Spruce Street from where you can view a number of the mills and historic factory buildings.
Beginning with the first successful attempt within the United States to harness the entire power of a major river, Hamilton made Paterson a model of technological and engineering innovation. The abundance of inexpensive energy provided by the raceway system called many to Paterson, and those who came invented and produced goods that redefined the limits of life and changed our nation forever.
In 1977, the raceways were declared a National Historic Mechanical and Civil Engineering Landmark.
For an interactive tour chronicling the development of the raceway system and explaining its function in further detail, click here. The New Jersey History Partnership produced the tour using maps drawn by the U.S. Historic American Engineering Record.
THE MILLS
Although Paterson’s mills today look much like old red brick factories in any city, it was the work that took place within their walls that put Paterson at the cutting edge of “high tech” in the 19th century. When Hamilton founded Paterson, there was virtually no manufacturing anywhere in America. As Paterson grew, it became a business incubator for the American Industrial Revolution, much like California’s Silicon Valley is today for hot companies like Apple, Google, and Facebook.
Paterson’s industrial achievements in the 18th and 19th centuries were the touchstone of many major components of the American industrial revolution. As a result of Hamilton’s efforts, Paterson became the most important American industrial site between the Revolutionary War and the War of 1812. During the earliest years of the city’s development, Paterson became the site of the first water-powered cotton spinning mill in 1794 and a candle wick spinning mill in 1800. A few years later, Paterson industrial entrepreneurs began manufacturing paper and soon invented machinery to make paper in one continuous sheet. Iron production also began in Paterson in 1800 and six new iron factories opened in the first quarter of the 19th century. Textile manufacturers built new mills in 1808 and 1809 and, by 1814, Paterson had more than ten mills processing some 1.5 million pounds of raw cotton. Between 1814 and 1829, seven more mills opened. The Paterson canvas industry boomed as naval contracts increased in an effort to provide a domestic supply in case of war. Paterson industrialists ventured into silk textiles in 1827, and their innovations in silk weaving made Paterson the largest silk producer in the world, earning it the label the “Silk City.”
Paterson led the nation not only in silk and other textiles but also in technology for security, transport, and machinery. Paterson is the birthplace of the Colt Revolver, the first American-made steam locomotives, and the first submarine. By 1854, Paterson was the largest producer of locomotives in America. The first submarine had its propulsion engine installed in Paterson and was first tested in the waters near the Great Falls. In the 19th century Paterson also became a world center for steel manufacturing and machinery production.
Progress continued during the 20th century. Paterson factories manufactured more aircraft engines than any city in the nation, including engines for bombers flown in World War II, as well as the engine for Charles Lindbergh’s Spirit of St. Louis, built at the Wright brother’s first plant in Paterson and the first airplane to complete a trans-Atlantic flight. In 1949, three sons of Paterson immigrant textile workers—Henry Taub, Joe Taub, and now United States Senator Frank Lautenberg—formed Automatic Data Processing, Inc. (ADP) in Paterson, and in the years that followed built the small business into a global company using electronic payroll and other technology to serve corporations and their employees around the world.
As the author Chris Norwood wrote in her book, About Paterson, “It is impossible to think of any other city whose products cut so deeply into the texture of the United States and not only transformed its national character, but revolutionized American relations with the world.”
For a National Park Service map of the mill district with additional educational teaching materials, click here.
Paterson’s Silk Industry and the “Modern Silk Road”
In his Report on Manufactures, Hamilton identified silk production as one of the most important products for American industry, a recommendation that would increase America’s involvement in international commerce. In the late 19th and 20th centuries, the silk mills of Paterson produced the largest amount of silk goods in the world. Led by John Ryle, immigrants from Europe came to Paterson, many with few possessions to call their own, and revolutionized the silk industry. By the 1870s, the industry came to dominate the city’s economy, and Paterson produced half of all silk made in the United States. At the height of Paterson’s silk production, there were approximately 121 firms in existence involved in every facet of silk manufacturing, and over 20,000 silk workers employed. The silk industry catapulted Paterson onto the international stage, helping to lead America into the global marketplace.
Paterson's central role in silk manufacturing formed a connection between America and the Asian, Middle Eastern, and European cultures that also cherished silk. As Richard Kurin of the Smithsonian Institution explains, “Silk both epitomized and played a major role in the early development of what we now characterize as a global economic and cultural system.” In the late 19th century, historians began to describe the old routes of the global trade of silk as the “Silk Road.” In recent years, historians at the Smithsonian and universities around the world have expanded the traditional view of the Silk Road and have recognized that the historical connection between East and West exists to this day.
In 1998 the cellist Yo-Yo Ma created the Silk Road Project, celebrating how people shared art and music along the modern Silk Road and promoting continued cultural collaboration between Asia, Europe, and the Americas. The Aga Khan, Imam of the Shia Imami Ismaili Muslims and direct descendant of Muhammad, has contributed generously to the Silk Road Project, particularly in the Muslim nations. Four years later, the Smithsonian organized—and the National Park Service cosponsored—the 2002 Folklife Festival to celebrate the modern Silk Road. The Aga Khan and Yo-Yo Ma joined Secretary of State Colin Powell in opening the festival. At the festival, Richard Kennedy of the Smithsonian Institute pointed out that since the tragic events of September 11, understanding the United States’ vital connection to the Silk Road has become increasingly more important, and that there is no better time “to celebrate the longstanding relationships that have existed between east and west and north and south.”
Paterson has the second largest Muslim population in America, and the Paterson National Park continues to be privileged with strong Muslim-American support. Dr. Alvin Felzenberg, a political scientist and an expert on New Jersey history, explains that Paterson is a station on the Silk Road not just because of its history as the “Silk City,” but also because of its strong Muslim population and the “large numbers of Islamic citizens who continue to work in Paterson textile businesses.” Dr. Felzenberg, who also served as the Principal Spokesman for the 9/11 Commission, writes that a Paterson National Park would create a connection between Muslims and the Park Service, while promoting valuable cultural interchanges between Muslims and other Americans.
Just as Paterson’s silk industry launched early American leaders into the global marketplace, Paterson’s place on the modern Silk Road will help prepare new generations of American leaders for global citizenship.