Niagara Mohawk Oswego Steam Station

Did you work at Niagara Mohawk Oswego Steam Station? Diagnosed with Mesothelioma or Lung Cancer?

You may be entitled to receive compensation. Many Niagara Mohawk Oswego Steam Station mesothelioma and lung cancer victims & their families have been awarded over $1 million+ from easy access to funds. Call us today to apply.

Over the past 20 years, we've helped 1,000s of families claim the compensation they deserve with no upfront costs to them.

The Oswego Steam Station is located on a 91-acre plot on Lake Ontario’s shores in Oswego, New York. It consists of four steam-powered electric generators capable of producing a total of 407 megawatts of power.

Niagara Mohawk Power Corporation began construction of the units in 1938 and completed the fourth unit in 1956. The four units were originally designed to be coal-powered but began using oil in 1972.

Niagara Mohawk announced the sale of its 88 percent stake in the steam power station to NRG Energy, Inc. in 1999 for $80 million. National Grid Group PLC, a British power company, purchased the remainder of Niagara Mohawk’s holdings and debt for a total of $8.9 billion on September 5, 2000.

Years of Operation: 1956-Present
Address: Oswego, New York

History of Niagara Mohawk

Asbestos Exposure Niagara Mohawk New YorkIn 1929, 59 separate power companies serving northern New York joined together to form the Niagara Hudson Power Corp, a dual-purpose gas and electric company. The company would reorganize again in 1950 and become the Niagara Mohawk Power Co.

During the 1950s Niagara Mohawk purchased 83 hydroelectric plants, seven steam generators, and thousands of miles of gas mains. In the 1960s it undertook several major upgrades in these facilities to meet expected increases in the demand for electric power.

In 1965 the company received permission from the US Atomic Energy Commission to build an atomic generator to produce more electricity. Construction began on the Nine Mile Point nuclear facility in Oswego, New York, which sits on the shores of Lake Oswego. It announced that it would begin construction on a second nuclear plant, Nine Mile Two, in 1970 and build a sixth oil-burning unit at Oswego in 1972.

The energy crisis of 1973, which raised the price of raw petroleum needed for energy generation, took a huge toll. Consumer demand dropped in reaction to price increases, and the company was forced to sell off some of its holdings, lay off staff, and scale down construction plans.

Construction on the Nine Mile Two nuclear plant and the oil burner at Oswego slowed, but were never entirely halted. Nine Mile Two was finally completed in 1988.

During this period the first reactor developed cracks which forced periodic closures. Financial strains, investor exits, and mismanagement led to a decision to sell off all power generators and focus solely on electricity distribution.

Between closures, repair costs, and cost overruns for Nine Mile Two, Niagara Mohawk entered the 1990s with serious financial issues. It sold its Huntley and Dunkirk coal stations to NRG in 1999 and agreed to sell Nine Mile One to Constellation Energy (which also purchased 82% of Nine Mile Two) in 2000. Later that year the British firm National Grid PLC acquired Niagara Mohawk Holdings. The merger was completed in 2002.

Today, Niagara Mohawk Power is primarily an electricity transmitter and distributor. Its headquarters are located in Syracuse, New York.

Niagara Mohawk Oswego Steam Station and Asbestos Exposure

Asbestos Exposure in Boilers and PipesAsbestos was used throughout Niagara Mohawk power plants. The boilers and turbines used to generate power were insulated with asbestos, as were the many valves, pumps, coolers, blowers and fans found in the plants.

Additional asbestos-containing materials at Niagara Mohawk included pipes, compressors, conveyors, heaters, soot blowers, and evaporators.

The use of asbestos at Niagara Mohawk facilities created a significant risk of asbestos exposure among workers. Pipefitters, electricians, maintenance mechanics, boiler operators and tenders, plumbers, welders, and laborers were all likely exposed to asbestos when they installed, inspected, maintained, repaired, and replaced plant equipment.

Exposure also occured during scheduled maintenance shut-downs and upgrades (e.g. when plants converted from coal to oil or from oil to gas), as materials were disturbed and asbestos became airborne. Some of this asbestos dust may also have been carried home on clothing or skin and subsequently breathed in by workers’ loved ones.

Asbestos Exposure on Powerplants

We put clients first. If you have been diagnosed with mesothelioma or lung cancer, we are here to help.