2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale2012 NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
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    2012 NOT SPECIFIED NOT SPECIFIED

    Support Equipment Oilfield Equipment
    EUR € 200.317 
    Price entered as: USD $216,000

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    Contact:Will Veasey

    Austin, Texas, USA 78746

    General

    Stock Number
    21806150
    Condition
    Used
    Description
    2012 CVA Horizontal Nitrogen Storage Tanks Year of Manufacture: 2012 Type: Used Condition: Excellent Location: Canada Notes: • Manufactured in Texas • CAPACITY: 60,000 gallons • MAWP: 50 PSI 2012 CVA Horizontal Nitrogen Storage Tanks Benefits Purging and Inerting: Nitrogen is commonly used to displace oxygen and other reactive gases from pipelines, storage tanks, and equipment in the oil and gas industry. This process, known as purging or inerting, helps prevent the formation of explosive mixtures and reduces the risk of fires and explosions. Pressure Testing: Nitrogen is used for pressure testing pipelines, vessels, and equipment. By filling these systems with nitrogen, operators can safely test their structural integrity and detect any leaks before they are put into service with hazardous materials. Well Stimulation: Nitrogen is used in well stimulation operations, such as hydraulic fracturing (fracking), to create fractures in rock formations and enhance the flow of oil or gas. Nitrogen can also be used to lift oil from wells when traditional methods are not feasible. Well Control: In drilling and well control operations, nitrogen can be injected into wells to control well pressures and prevent blowouts. This is especially useful in high-pressure environments where controlling the wellhead pressure is critical for safety. Pipeline Maintenance: Nitrogen is employed for pipeline maintenance by displacing hydrocarbons, water, and corrosive gases. This reduces the risk of corrosion, extends the life of pipelines, and helps maintain the quality of transported products. Hydrotesting and Cleaning: Nitrogen can be used for hydrostatic testing and cleaning of pipelines and equipment. It ensures that the system is thoroughly cleaned and free from contaminants before being put into operation. Storage Stability: In certain situations, nitrogen is injected into storage tanks to create an inert atmosphere and prevent the degradation of stored hydrocarbons due to oxidation or contamination. Reduced Environmental Impact: Nitrogen is an inert gas that does not contribute to combustion or pollution. Its use can help reduce the environmental impact of oil and gas operations by minimizing emissions and ensuring safer handling of flammable substances. Cooling and Freeze Sealing: In cases where cooling is required, nitrogen can be used to provide cryogenic temperatures for processes such as freeze sealing pipelines for maintenance or repair. Gas Lift: Nitrogen gas lift systems are employed to enhance the production of oil wells by injecting nitrogen gas into the wellbore. This reduces the density of the fluid column, allowing oil to flow more easily to the surface.