Bensenville Rail Yard Chemical Exposure Lawsuit

Bensenville Yard is a major freight-rail property in the northwest Chicago suburbs, located in Bensenville and Franklin Park near O’Hare International Airport.

Its history is tied first to the Chicago, Milwaukee, St. Paul and Pacific Railroad, commonly known as the Milwaukee Road, which built the original freight yard there in 1916.

Over time, the yard developed into a large freight-handling and classification facility and later added piggyback and intermodal operations as rail shipping changed.

The property moved into the Soo Line system in 1986 and then into the Canadian Pacific system by 1990, which placed Bensenville within what is now CPKC’s network.

Public freight records and current CPKC materials continue to identify Bensenville as an active Chicago-area freight and intermodal facility rather than a historical or inactive site.

CPKC is also carrying out a multi-phase expansion and reconfiguration project at Bensenville, including intermodal trackage improvements and a new car repair facility, which reflects the yard’s continuing operational importance.

That long history and continued freight use make Bensenville a location where workers may have spent years around switching activity, locomotives, repair areas, railcars, and intermodal equipment in a heavy railroad environment.

History of Bensenville Yard

Bensenville Yard has been part of Chicago-area freight rail operations for more than a century.

Its history begins with the Milwaukee Road, which built a roundhouse and freight yard in Bensenville in 1916 and helped turn the area into a significant railroad center.

Over time, the yard expanded from a major classification property into a freight-and-intermodal facility that later moved through the Soo Line and Canadian Pacific systems before becoming part of today’s CPKC network.

The timeline of Bensenville Yard includes:

• 1916: The Milwaukee Road built a roundhouse and freight yard in Bensenville, establishing the site as a major local railroad property.
• 1943: Library of Congress photographs documented active switching and track repair work at the Bensenville yard of the Chicago, Milwaukee, St. Paul and Pacific Railroad.
• 1958: Milwaukee Road began piggyback service at Bensenville, marking a shift toward trailer-based intermodal operations that later evolved into container handling.
• 1986: Soo Line took over the Milwaukee Road, bringing Bensenville Yard into the Soo system.
• 1990: Canadian Pacific gained control of Soo Line, placing Bensenville Yard in the CP network.
• Late 1990s: The yard was rebuilt and modernized under Canadian Pacific as its Chicago-area freight and intermodal role continued to grow.
• 2023–2025: After the creation of CPKC, the company moved forward with a multi-phase expansion and reconfiguration of Bensenville Yard, including intermodal trackage work and a new car repair facility.

What Railroad Companies Have Operated at Bensenville Yard?

Bensenville Yard has a clear and continuous ownership history tied to a small number of major freight railroads rather than multiple shared operators.

The yard was originally developed and operated by the Milwaukee Road before transitioning through the Soo Line and into the Canadian Pacific system.

Today, it is operated by Canadian Pacific Kansas City (CPKC) as part of its Chicago-area freight and intermodal network.

Railroad companies tied to Bensenville Yard include:

• Chicago, Milwaukee, St. Paul and Pacific Railroad (Milwaukee Road)
• Soo Line Railroad
• Canadian Pacific Railway
• Canadian Pacific Kansas City (CPKC)

Bensenville Yard has supported several distinct types of freight-rail work over time.

Historic records show switching operations, track repair, and roundhouse-related activity at the Milwaukee Road yard in the 1940s, while later decades added piggyback service and then container-based intermodal handling.

Today, the property remains tied to freight-yard and intermodal operations within CPKC’s Chicago-area network, including ongoing yard reconfiguration and a new car-repair facility.

The work performed there has extended beyond train movement alone.

A classification yard requires crews to break down inbound traffic, assemble outbound consists, move locomotives through the property, maintain track and support infrastructure, and handle repair needs tied to railcars and yard equipment.

At Bensenville, that operating history later expanded to include trailer and container traffic, which added intermodal handling to the yard’s long-standing freight functions.

Work at Bensenville Yard has included:

• Freight switching and classification: breaking down inbound trains, sorting railcars, and assembling outbound traffic for movement through the Chicago freight network.
• Track and roundhouse-related work: documented track repair and cinder-pit work tied to roundhouse operations during the Milwaukee Road era.
• Locomotive movement and servicing: moving yard power, handling locomotive assignments, and supporting service activity around active engines and shop areas.
• Piggyback and intermodal handling: trailer-on-flatcar service followed by later container-terminal activity as the yard evolved with modern freight shipping.
• Railcar repair and yard support: mechanical support, infrastructure work, and current car-repair functions tied to CPKC’s continuing expansion of the property.

Bensenville Yard is a freight and intermodal environment where employees may have worked around locomotives, railcars, repair areas, track infrastructure, and heavy equipment over extended periods.

Daily operations in this type of yard involve diesel-powered locomotives, fueling activity, mechanical work, and ongoing maintenance tasks.

Those conditions can place workers in proximity to airborne particulates, chemical products, and byproducts generated during routine railroad operations.

Diesel exhaust exposure is a common condition in a yard built around locomotive movement and switching activity.

Workers assigned near running engines, fueling areas, yard operations, or other railroad equipment may have spent years around diesel emissions and petroleum-related substances.

Maintenance and repair work may also involve solvents, oils, degreasers, and other industrial chemicals used in cleaning and servicing equipment.

Depending on the job and time period, workers may also have encountered welding fumes, metal dust, silica dust, silica sand, and asbestos-containing materials associated with older equipment and infrastructure.

Exposure levels vary based on job duties, work location, and duration of employment.

Over time, repeated contact with these conditions may contribute to cumulative exposure in a long-term railroad work environment.

Railroad Jobs That May Have Involved Exposure at Bensenville Yard

Exposure at Bensenville Yard depends heavily on the work a person performed and where that work took place within the property.

Employees working in switching zones, locomotive areas, repair spaces, and intermodal operations may have been regularly exposed to diesel emissions, dust, shop chemicals, and other hazardous materials generated during daily railroad activity.

A large yard handling constant freight traffic can place some workers in close proximity to running equipment, fueling areas, and maintenance operations for years at a time.

Some jobs involved more direct contact with these conditions than others.

A locomotive engineer, hostler, switchman, or brakeman may have spent long shifts around active engines, yard power, and train movements, sometimes in older units with a long nose configuration.

Mechanics, welders, electricians, and carmen may have worked in repair settings where oils, solvents, welding fumes, metal dust, and other industrial byproducts were present.

Track and infrastructure crews may also have worked around ballast, rail materials, and cargo-related conditions, including loads that involved hazardous materials or crude oil depending on the traffic moving through the yard.

Prolonged exposure was not limited to one craft. Yard operations often required multiple groups of employees to work in overlapping environments where daily exposure could build over time.

Jobs that may have involved exposure include:

• Conductors, brakemen, and switchmen working in active switching and classification areas around moving cars, locomotives, and heavy freight traffic
• Locomotive engineer assignments involving time in and around running engines, yard power, and older units, including some with a long nose configuration
• Hostlers and yard-engine crews responsible for moving, staging, and positioning locomotives within the yard
• Machinists, electricians, and carmen performing inspections, repairs, and parts replacement on rail equipment
• Laborers, welders, and mechanical workers working around welding fumes, heated metals, airborne debris, and repair-related substances
• Track workers and maintenance crews handling ballast, rail materials, and infrastructure work in active yard conditions
• Intermodal and terminal workers handling containers, support equipment, and cargo moving through modern freight operations, including hazardous materials or crude oil traffic where applicable

Illnesses and Diseases Linked to Chemical Exposure in the Railroad Industry

Railroad work can involve long-term exposure to diesel emissions, asbestos, industrial dust, solvents, welding fumes, and other hazardous substances depending on the job and work environment.

For some workers, a later cancer diagnosis or chronic respiratory illness may raise questions about whether years of railroad work played a role.

These conditions are different from sudden workplace injuries because they often develop over time after repeated occupational exposure.

Serious disease can affect treatment needs, daily functioning, ability to work, and life expectancy.

Medical review, work history, and exposure evidence are often central when these illnesses are examined in an occupational setting.

Illnesses and diseases commonly raised in railroad exposure cases include:

• Lung cancer
• Mesothelioma
• Leukemia
• Lymphoma
• Non-Hodgkin’s lymphoma
• Multiple myeloma
• Bladder cancer
• Kidney cancer
• Liver cancer
• Colon cancer
• Blood disorders
• Chronic respiratory disease
• Asbestosis

Railroad workers who develop a serious occupational illness after years of on-the-job exposure may have a claim under the Federal Employers’ Liability Act, a federal law that governs injury and disease claims in the railroad industry.

Unlike standard workers’ compensation systems, FELA requires proof that railroad employers failed to provide reasonably safe working conditions.

Chemical exposure claims often focus on whether workplace hazards were known, whether protective measures were used, and whether safer practices could have reduced the risk.

Affected workers must show that their job duties placed them in conditions where harmful exposure occurred over time.

This may include work around locomotives, repair areas, intermodal operations, or other environments where industrial substances were present.

The analysis also considers how long the worker performed those duties and how frequently exposure may have occurred.

Medical records, employment history, and expert evaluation are often central to determining whether a claim may be supported.

Not every case qualifies, and not every diagnosis can be tied to workplace conditions.

Each claim depends on the available evidence, the nature of the illness, and whether employer negligence played a role.

Evidence in FELA Railroad Cancer Lawsuits

In a railroad cancer case, it is usually not enough to show that a worker became sick.

The plaintiff generally must prove both harmful exposure and negligence by the railroad.

That is why these cases often focus on what substances were present, how often the worker encountered them, what the railroad knew or should have known, and whether the worker’s disease can be tied to those conditions through medical proof and expert review.

Evidence in these cases may include:

• Employment records showing where the worker was assigned, how long the employment lasted, and what kind of duties the worker performed.
• Medical records confirming when the worker was first diagnosed, what treatment was required, and how the illness affected daily life.
• Testimony about time spent around locomotives, shop work, repair areas, dust, fumes, or other hazardous conditions.
• Co-worker testimony describing what substances were present in the work environment and whether workers were routinely exposed.
• Internal railroad safety materials, manuals, inspection records, or other documents showing what the railroad knew about the hazard.
• Expert proof addressing industrial hygiene, causation, and whether the worker’s diagnosis is consistent with the claimed exposure history.

Damages in Railroad Cancer Claims

Damages are the categories of loss for which a worker may seek compensation in a FELA case.

In a railroad cancer claim, lawyers usually assess damages by reviewing the diagnosis, treatment, prognosis, lost income, and the effect the condition has had on the person’s health, work capacity, and daily life.

The goal is to identify the full harm tied to the disease, including both financial loss and personal suffering.

Damages in these lawsuits may include:

• Past and future medical expenses.
• Lost wages and reduced future earning capacity.
• Physical pain and suffering.
• Emotional distress tied to the illness and treatment.
• Loss of enjoyment of life.
• Out-of-pocket costs connected to care, treatment, travel, and related needs.
• In death cases, certain losses suffered by surviving family members.

Chemical exposure claims involving Bensenville Yard depend on the worker’s actual job history and the conditions present in the areas where that work was performed.

Some employees may have spent years around locomotives, freight traffic, intermodal equipment, repair activity, welding fumes, solvents, asbestos-containing materials, diesel emissions, and other substances associated with freight-yard operations.

Gianaris Trial Lawyers reviews claims involving current and former railroad workers who later developed cancer, respiratory disease, or another serious illness after long-term railroad work in this environment.

If you or a family member worked at Bensenville Yard and later received a serious diagnosis, Gianaris Trial Lawyers can review the work history, medical records, and other available evidence to determine whether a potential FELA claim may be supported.

A case review can help identify what records matter, what exposure issues may need closer investigation, and what legal options may be available.