Refineries (Oil)

Essay

Full color photograph of oil refineries, center city can be seen in the background.
Philadelphia’s oil refineries, shown here in a 1980 photograph taken from the Passyunk Street Bridge, were a staple of industrial Philadelphia. (Library of Congress)

Philadelphia emerged as a petroleum hub in the second half of the nineteenth century. As an industrialized port city with global networks and extensive unbuilt land available on the Schuylkill and Delaware Rivers, the city offered the necessary rail and water infrastructure as well as access to water for the new industry. Extensive construction of refineries, storage tanks, pipelines, and railway lines began in the 1860s. Once consolidation of the refineries on a handful of sites, notably on the Schuylkill, was complete, the oil industry presence continued to influence spatial decisions into the twenty-first century.

Black and white photograph of two men standing in front of the first oil well. Three men lean against a fence in the background.
The American oil story began in western Pennsylvania, where Edwin Drake drilled for oil in 1859. In this photo-illustration, Drake is depicted wearing a top hat and coattails. (Library of Congress)

The American oil story began in western Pennsylvania, where Edwin Drake (1819-80) drilled for oil in 1859, but the natural resource had to be transported elsewhere to be refined and ultimately consumed. As consumers discovered new uses of petroleum— in particular, it was quickly replacing whale oil for lighting— new businesses rapidly expanded storage, refining, and shipping capacities. The production of oil increased from some 4,450 barrels in the first year, to 220,000 barrels in 1860 and 2,114,000 barrels in 1861, almost a 500-fold increase in two years. Once oil had been found, the main challenge was transportation to appropriate sites for refining; horsecarts, ships, trains, and pipelines all played a role starting in the early years of the industry.

During the industry’s first ten years, a large number of oil interests battled each other. Among them was John D. Rockefeller, who based his fortune on the control of refineries and railways rather than oil sources. Companies initially built refineries close to the sites of production. Within a few years, however, they were established in transportation hubs such as port cities. Cleveland, with the advantage of access to the Great Lakes, rapidly overtook Pennsylvania’s Titusville area in the volume of oil refined. Building on its long history as a port city, its emergence as a rail center, and its early transportation connections to western Pennsylvania, Philadelphia, soon caught up, initially as home to a large group of oil investors.

From the earliest days of the oil industry, Philadelphia developed into one of the major storage and refining sites for petroleum, constantly competing with other east coast oil ports, notably New York, but also Baltimore, Boston, and Portland, Maine. By the 1860s, Philadelphia as a city of more than 600,000 inhabitants was a major industrial site and port with a multitude of different manufacturers. As shippers, traders, and refiners inscribed petroleum flows into fixed infrastructures, they shaped a set of urban patterns in the city for decades to come. Located on the Schuylkill and Delaware Rivers, well connected by railways and some one hundred miles by river from the sea that connected it to Europe and the rest of the world, the city was a perfect location from which to export oil.

Positioning Refineries

The location of oil facilities within the city depended on a range of factors, importantly access to water, both for industrial processes and shipping. In the early years of the new industry, companies built oil storage sites and refineries in multiple locations throughout the city. By 1866 the city listed seven petroleum storage facilities and six refineries in several locations throughout the city. Several more appeared before 1875. Security issues became relevant after a range of disasters, which made the dangers of oil quickly evident. The Philadelphia Inquirer reported several incidents of refinery fires, big and small, with and without insurance, in the city or beyond its borders. After fire destroyed some of these facilities, affected companies sought more isolated locations at the urban periphery.

Environmental considerations became an additional reason for relocations, as was the case with the Belmont Petroleum Refinery, owned by Newhouse Nusbaum & Company. Located in an area that would become Fairmount Park, it was confined between the Philadelphia and Reading Railroad and the river, just above the Columbia Bridge where the Pennnsylvania Railroad split from the Junction Rail Road. This facility produced some 2 million gallons in 1868, but concerns mounted that its waste-water endangered the city’s water supply. As it was located on the Schuylkill River upstream from the Water Works, city officials feared for the quality of the drinking water. Together with other mills and industrial properties, the Belmont Refinery ultimately closed when the state failed to protect the city’s drinking water by buying up land for park purposes.

Color lithograph showing Schuykill river and banks.
This 1866 advertisement depicts a serene view of the Atlantic Petroleum Storage Company’s facilities on the Schuylkill River. (Library Company of Philadelphia)

Despite such state action, the Schuylkill still was not safe from petroleum waste pollution after the Belmont refinery stopped operations. Refineries simply moved farther downstream and closer to the meeting point with the Delaware River, starting the growth of the industrial hub that subsequently defined the city’s southern boundary. In the late nineteenth century, a refinery cluster emerged on both sides of the Schuylkill, with one facility at Girard Point and the other at Point Breeze. Dating to 1866, Point Breeze initially refined lighting oil and subsequently became the oldest continuously operating petroleum facility in the world. A second petroleum center, later closed, emerged on the Delaware River at Greenwich Point, south of the existing port on the Philadelphia side.

Many of the early refineries close to the Schuylkill and Delaware Rivers were built on agricultural land (though still within the city limits), making it easier to create industrial complexes and to run new railroads to them. By 1867, oil was so important in the city that the Philadelphia Inquirer asked whether petroleum had come to rival “King Cotton.” The Inquirer recognized the Atlantic Petroleum Storage Company as one major oil player. Established as a corporation in 1866, Atlantic was active in all the parts of the petroleum industry from drilling to refining and shipping. It occupied a seventy-acre property on the Schuylkill, offering eight hundred feet of wharf frontage “substantially finished” just below the Point Breeze Gasworks.

A Devastating Fire

In 1874, Standard Oil purchased the Atlantic company as part of its attempt to consolidate the oil transporting and refining business a single enterprise that was capable of weathering even major setbacks such as the destruction of its entire facility. This happened in 1879, when lightning destroyed the Atlantic Oil Refinery along with several ships that were moored on its wharves. Two thousand men lost their jobs and many of the seamen from the ships lost all of their belongings. The Standard Oil Company carried no insurance and had to pay for the reconstruction.

Sepia-toned photograph of two men using a horse-drawn wagon to transport an oil tank while a train passes in front of them.
Horse-drawn tank wagons had to be used to transport oil after Pennsylvania Railroad workers repeatedly destroyed pipelines. (Library Company of Philadelphia)

The interplay of oil ownership, transportation opportunities, and refining capacity made the early oil trade a complex business. Landowners and oil traders were not necessarily the same. The Pennsylvania Railroad’s oil interest in the early years extended beyond transport to the purchase of large plots of land in Philadelphia, notably on the Delaware at Greenwich Point, about 1¾ miles south of the Navy Yard. The Greenwich facility grew rapidly to bring together several oil companies in 1875. The Pennsylvania Railroad owned the land of the oil facilities on the Delaware, whereas independent producers controlled the oil business. Together they entered a price war over shipping rates that pitched them against Standard Oil and the Baltimore & Ohio, New York Central, and Erie Railroads. Ultimately, the PRR lost the contest and sold its own oil interests to Standard Oil. The Delaware facilities continued to work until 1911, then disappeared.

In the late nineteenth century the area experienced a major surge in the oil industry. By 1880, the Standard Oil Company controlled the refining of 90 to 95 percent of all oil in the United States, and the Atlantic Petroleum Company expanded its facilities. By 1891, 50 percent of the world’s illuminating fuel and 35 percent of all U.S. petroleum exports came from the 360-acre Atlantic refinery in Point Breeze that featured a navigable waterfront of 1.7 miles and 6 miles of private railroad track. The facility was burning 350,000 tons of coal each year to refine 40,000 barrels of petroleum daily, emphasizing a connection between Philadelphia as a center of coal transport and as a petroleum hub. As of 1907, petroleum products exported by the Atlantic Refining Co. accounted for 22 percent of the city’s export trade and were valued at $23,647,194 in foreign gold (surpassing cotton, which held 2.5 percent). Meanwhile a competitor had emerged in Philadelphia after 1901, as the region witnessed a second surge in the oil industry. Joseph Pew (1848-1912), co-founder of Sun Oil, built a refinery in Marcus Hook just outside Philadelphia in Delaware County for refining and resale of Texan crude that his company shipped on coastal tankers to avoid Rockefeller’s railroads.

Black and white aerial photograph of oil refinery.
An aerial photograph taken in 1926 shows the sprawling Atlantic Refining Company. (Library Company of Philadelphia)

The invention of gasoline-powered automobiles and their industrial production provoked new demand for petroleum as an engine lubricant and as fuel, prompting consumers and companies alike to push for further oil drilling. But as oil production and consumption increased and globalized, Philadelphia’s role as a major oil refiner decreased. Pennsylvania and New York had already reached a peak in production of 33,009,000 barrels in 1891. These states had already been overtaken by Russian production in 1888. The discovery of new oilfields in the United States, notably in Texas, between 1880 and 1905 had further reduced Pennsylvania’s prominence as a producer. The growing political and geopolitical importance of oil made it a major factor in colonialism, as European nations struggled to maintain their hold over the resource, and investment flowed outside the United States. As German submarines sank American oil ships during World War I, traffic along the Eastern seafront (including to Philadelphia) decreased and the United States promoted the construction of pipelines within and across the country in another major blow to the port. Over the next decades both the port and the oil industry in Philadelphia declined even further.

color map showing locations of refineries and historical refinery sites in the Philadelphia area.
This map shows locations of modern and historical refinery sites in the region. To see a larger version, click on the map in the image gallery at right. (Map by Michael Siegel, Department of Geography, Rutgers University)

The end of Philadelphia’s role in the oil industry seemed close in 2011, as the price of imported crude oil rose and SUNOCO, formerly known as SUN oil, announced it would exit the refining business, threatening to close its struggling refineries on the Schuylkill River. Local and regional forces pushed to keep the plants open and maintain employment for its remaining 850 workers. The shale oil boom revived the financial viability of the refineries, as shale oil started to arrive by rail from North Dakota as no pipeline system was available. In 2012, SUNOCO entered a joint venture with the Carlyle Group under the PES name to update and expand the refineries.

Throughout the twentieth century, oil companies and states sought to transport oil from the production sites to the refineries and, ultimately, to the consumer. As inventors created new uses for petroleum products and as companies aggressively brought them to markets, oil became a dominant resource in daily life around the world. Because petroleum extraction sites were located far from sites of consumption, major oil companies expanded their distribution networks, built new shipping fleets, and established ports in Indonesia, Russia, the Middle East, and South America.

Throughout this process, as Philadelphia went from being a major oil exporter to being an importer, the city’s oil facilities on the Schuylkill continued to work: when production, distribution, and consumption patterns completely changed; when oil companies reinvented themselves with the emergence of the car as the main consumer of oil products; and as companies figured out how to produce a multitude of other products from oil. In the early twenty-first century, they even attracted oil business back into the city, exemplifying how oil logistics shape urban development, producing distinct spatial frameworks, infrastructure, land ownership patterns, and fixed production sites that linger well beyond their original function.

Carola Hein is Professor and Head, Chair History of Architecture and Urban Planning at Delft University of Technology, Delft, Netherlands. She has published widely on topics in contemporary and historical architectural and urban planning— notably in Europe and Japan. Among other major grants, she received a Guggenheim Fellowship to pursue research on The Global Architecture of Oil and an Alexander von Humboldt fellowship to investigate large-scale urban transformation in Hamburg in international context between 1842 and 2008. Her current research interests include transmission of architectural and urban ideas along international networks, focusing specifically on port cities and the global architecture of oil. (Author information current at time of publication.)

Copyright 2016, Rutgers University

Gallery

Drake Oil Well

Library of Congress

Long before Europeans arrived in North America, the Iroquois used crude oil for medicinal purposes. American settlers, however, had little use for the thick, black, sticky substance that oozed from the ground throughout northwestern Pennsylvania. Although local manufacturers soon began using petroleum as a lubricant, American farmers considered it a nuisance. It was not until the mid-nineteenth century that American entrepreneurs began to recognize oil’s potential commercial uses. Nevertheless, there was no proven method for extracting large quantities of oil from the earth at the time. That would all change, however, when former railroad worker Edwin L. Drake and blacksmith William Smith struck oil in 1859 in Titusville, Pennsylvania, using a “drive pipe” and a steam-powered drill.

Drake had been hired the previous year by James Townsend, president of the Seneca Oil Company (formerly the Pennsylvania Rock Oil Company), first to scout locations and then to manage the drilling project. At first, Drake and his project were a laughingstock among local residents. However, his ultimate success touched off an oil rush as speculators quickly swept through the region and real estate prices soared. As consumers discovered new uses of petroleum—in particular, it was quickly replacing whale oil for lighting—new businesses rapidly expanded storage, refining, and shipping capacities. The production of oil increased from some 4,450 barrels in the first year, to 220,000 barrels in 1860 and 2,114,000 barrels in 1861, almost a five-hundredfold increase in two years.

For his part, Drake, depicted here in a top hat and coattails, died a poor pensioner in 1880. Although his use of the drive pipe–a cast iron pipe that could be driven deep into the bedrock, past the groundwater, and directly into the oil reservoir–was an innovation that helped propel the growth of the industry, Drake never patented the idea, nor did he seize the opportunity to buy much real estate in the region. Furthermore, when the Seneca Oil Company cut ties with Drake in 1860, they gave him a $1,000 to use his name on barrels of oil, a mere pittance compared to the profits that would be generated by the industry he helped spur. By the mid 1960s, Drake had lost his health as well as his life savings.

Atlantic Petroleum Storage Company Advertisement, 1866

Library Company of Philadelphia

Many of the early refineries close to the Schuylkill and Delaware Rivers were built on agricultural land, making it easier to create industrial complexes and to run new railroads to them. Established as a corporation in 1866, the Atlantic Petroleum Storage Company (later the Atlantic Refining Company) was a major oil player. At the time, it occupied a seventy-acre property on the Schuylkill, offering eight hundred feet of wharf frontage “substantially finished” just below the Point Breeze Gasworks.

The upper half of this 1866 advertisement depicts a serene view of Atlantic’s storage facilities. Sailing ships await their cargo in the tranquil blue waters of the Schuylkill River as horse-drawn carriages leisurely traverse River Road past the trees and green pastures of the surrounding farmland. The lower half of the advertisement includes a plan of the facility as well as a list of board members and officers. In addition to describing the construction and dimensions of its warehouses and docks, the advertisement text boasts that from this location, with its proximity to three major railroad lines, Atlantic has direct access to the oil-producing regions of the West. The text also insists that the property plan ensures fire safety, since the tanks are separated from the warehouses and docks. Despite such advertising campaigns, the dangers of oil quickly became evident as waste from the plants threatened the city’s drinking water and the stench of petroleum filled the air.

Transporting Oil, circa 1875

Library Company of Philadelphia

Once oil had been found, the main challenge was transportation to appropriate sites for refining; horse carts, ships, trains, and pipelines all played a role starting in the early years of the industry. At the same time, the interplay of oil ownership, transportation opportunities, and refining capacity made the early oil trade a complex business. Competition among the various players often led to price wars and vandalism.

Landowners and oil traders were not necessarily the same. The Pennsylvania Railroad’s oil interest in the early years extended beyond transport to the purchase of large plots of land in Philadelphia, notably on the Delaware at Greenwich Point, about 1¾ miles south of the Navy Yard. The Greenwich facility grew rapidly to bring together several oil companies in 1875. The Pennsylvania Railroad owned the land of the oil facilities on the Delaware, whereas independent producers controlled the oil business. Together they entered a price war over shipping rates that pitched them against Standard Oil and the Baltimore & Ohio, New York Central, and Erie Railroads.

Meanwhile, out West, pipelines intended to carry oil directly from the well to refineries threatened the railroads’ control over transport. In 1874, the Columbia Conduit Company planned to build a pipeline from the Butler County oilfields to Pittsburgh. The line would run below Pennsylvania Railroad lines at two points, once in Butler County and again in Allegheny County. PRR workers retaliated by repeatedly ripping out the pipe laid at both of these locations. The line to Pittsburgh ultimately was completed, but the oil had to be hauled across PRR tracks in horse-drawn tank wagons in Butler and Allegheny Counties. This detail from a stereograph taken around 1875 shows one such crossing.

Atlantic Refining Company, 1926

Library Company of Philadelphia

The Atlantic Refining Company, which had been owned by Standard Oil since 1874, greatly expanded its facilities in the 1880s. By 1891, 50 percent of the world’s illuminating fuel and 35 percent of all U.S. petroleum exports came from the 360-acre plant in Point Breeze that featured a navigable waterfront of 1.7 miles and 6 miles of private railroad track. The facility was burning 350,000 tons of coal each year to refine 40,000 barrels of petroleum daily, emphasizing a connection between Philadelphia as a center of coal transport and as a petroleum hub. As of 1907, petroleum products exported by the Atlantic Refining Co. accounted for 22 percent of the city’s export trade and were valued at $23,647,194 in foreign gold (surpassing cotton, which held 2.5 percent). Point Breeze subsequently became the oldest continuously operating petroleum facility in the world.

This photograph is one of several in a series taken by the Aero Service Corporation in 1926 showing aerial views of the Atlantic Refining Company.

Placing Pipe for the War Emergency Pipeline

Library of Congress

Demand for petroleum products in the Philadelphia area increased during the two world wars in the first half of the twentieth century. During World War II, German submarines threatened American tankers delivering and exporting petroleum products from the East Coast, sinking forty-six oil tankers. In response, the U.S. government contracted with the Delaware-based War Emergency Pipelines Corporation (WEP) and initiated construction on the Big Inch and Little Big Inch Pipelines (1942-43) from the Gulf Coast to refineries and distribution centers in New York and Philadelphia. They transported about 350 million barrels of crude oil by the end of the war.

The pipe used in the construction of the Big Inch Line, seen here, was 24-inch diameter seamless steel pipe weighing 94.62 pounds per foot and having a wall thickness of three-eighths inch. The total excavation in 1942-43 for the War Emergency Pipeline was estimated at more than 3,140,000 cubic yards of earth and spanned a wide range of terrains from Texas to Pennsylvania. Following World War II, the Texas Eastern Transmission Corporation converted pipelines to transport natural gas as part of a deal with WEP. In 1957, the Little Big Inch converted to a common carrier of petroleum products, supplying Philadelphia refineries and encouraging local markets to convert from manufactured to natural gas.

View from the Passyunk Street Bridge, 1980

Library of Congress

As Philadelphia went from being a major oil exporter to being an importer, the city’s oil facilities continued to work, even as production, distribution, and consumption patterns completely changed; as oil companies reinvented themselves with the emergence of the car as the main consumer of oil products; and as companies figured out how to produce a multitude of other products from oil. In the early twenty-first century, they even attracted oil business back into the city, exemplifying how oil logistics shape urban development, producing distinct spatial frameworks, infrastructure, land-ownership patterns, and fixed production sites that linger well beyond their original function.

The title of this 1980 photograph from the Carol M. Highsmith collection notes that the “Passyunk Street Bridge offered an excellent view of Philadelphia's oil refineries that were a staple, and eyesore, of industrial Philadelphia, Pennsylvania.”

Refineries

This map shows the locations of modern and historical refinery sites in the region, with the historical locations—no longer active or existing—denoted by gray dots. (Map by Michael Siegel, Department of Geography, Rutgers University)

Related Topics

Themes

Time Periods

Locations

Essays

Related Reading

Tarbell, Ida M. The History of the Standard Oil Company. New York: McClure, 1904.

Hein, Carola. “Between Oil and Water. The Logistical Petroleumscape” in Neeraj Bhatia and Mary Casper, eds. The Petropolis of Tomorrow, Actar / Architecture at Rice, 2013.

Hein, Carola. “Global Landscapes of Oil,” New Geographies 02: Landscapes of Energy, edited by Rania Ghosn (Harvard School of Design, 2010), 33-42.

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