NOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for saleNOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for sale
    NOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for saleNOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for sale
    NOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for saleNOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for sale
    NOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for saleNOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for sale
    NOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for saleNOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for sale
    NOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for saleNOT SPECIFIED 500 BBL Used Production Equipment Oilfield Equipment for sale
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    NOT SPECIFIED 500 BBL

    Production Equipment Oilfield Equipment
    THB ฿383,327 
    Price entered as: USD $11,050

    Seller Information

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    Contact:Will Veasey

    Austin, Texas, USA 78746

    General

    Stock Number
    78830485
    Condition
    Used
    Description
    500 BBL Frac Tanks Type: Used Location: Shreveport, LA Notes: • Less than 10 - $11,700 each 500 BBL Frac Tanks Benefits 500 BBL Frac Tanks offer several benefits for hydraulic fracturing operations and fluid management in the oil and gas industry. Here are the key advantages of these tanks Large Capacity and Efficient Fluid Handling With a capacity of 500 barrels (approximately 21,000 gallons), these frac tanks provide ample storage for large volumes of fluids used in hydraulic fracturing operations. This large capacity allows for efficient fluid handling, reducing the need for frequent tank changes or transfers, thereby minimizing downtime and improving operational efficiency. Mobility and Transportability Frac tanks are often mounted on trailers or skids, allowing them to be easily transported between well sites or staging areas. This mobility ensures that the necessary fluids are readily available when and where they are needed, minimizing logistical challenges and associated costs. Robust Construction and Durability Frac tanks are designed with robust construction and durable materials to withstand the harsh conditions of oilfield operations. They are often equipped with features such as baffles, vents, and spill containment systems to ensure safe and secure fluid handling. Environmental Compliance Frac tanks play a crucial role in containing and managing fluids used in hydraulic fracturing operations, helping to prevent spills and minimize environmental impact. Their robust construction and leak-prevention features ensure that fluids are contained securely, reducing the risk of soil or groundwater contamination. Modular Design Many frac tanks are designed with a modular approach, allowing multiple tanks to be connected or stacked together. This modular design provides flexibility in terms of storage capacity and enables operators to scale their fluid storage capabilities according to the specific requirements of each well site or project. Versatility and Multi-Purpose Use While primarily used for hydraulic fracturing operations, frac tanks can also be employed for various other applications in the oil and gas industry, such as storing and transporting drilling fluids, produced water, or other liquid materials. Cost-Effective Solution Compared to permanent or fixed fluid storage installations, frac tanks offer a cost-effective solution, particularly for temporary or mobile operations. Their portability and reusability contribute to reduced overall costs and efficient resource utilization. 500 BBL Frac Tanks Conclusion 500 BBL Frac Tanks offer a range of benefits, including large capacity and efficient fluid handling, mobility and transportability, robust construction and durability, environmental compliance, modular design, versatility and multi-purpose use, and a cost-effective solution. These advantages make them an essential component of hydraulic fracturing operations and fluid management in the oil and gas industry, contributing to increased operational efficiency, safety, and environmental responsibility.