NOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijualNOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijual
    NOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijualNOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijual
    NOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijualNOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijual
    NOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijualNOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijual
    NOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijualNOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijual
    NOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijualNOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijual
    NOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijualNOT SPECIFIED 500 BBL Used Peralatan Produksi Medan Minyak untuk dijual
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    NOT SPECIFIED 500 BBL

    Peralatan Produksi Medan Minyak
    IDR Rp199.533.598 
    Harga dimasukkan sebagai: USD $12,600

    Informasi Penjual

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    Kontak:Will Veasey

    Austin, Texas, AS 78746

    General

    Nomor Stok
    54595553
    Kondisi
    Bekas
    Deskripsi
    Used 500BBL Steel Insulated Frac Tanks Type: Used Condition: Good Location: Bismarck, North Dakota Used 500BBL Steel Insulated Frac Tanks Benefits Temperature-sensitive Fluids: The oil and gas industry often deals with temperature-sensitive fluids, such as specialized chemicals or proppants used in the fracking process. Insulated frac tanks help maintain the desired temperature range of these fluids, ensuring their effectiveness and performance. The insulation acts as a barrier, preventing temperature fluctuations caused by ambient conditions, especially in extreme weather conditions. Chemical Storage: Insulated frac tanks are commonly used for storing and transporting various chemicals utilized in fracking operations. The insulation helps protect the chemicals from extreme temperatures, ensuring their stability and preventing degradation. By preserving the chemical properties, the tanks contribute to the overall efficiency and success of the fracturing process. Water Storage: Water is a crucial component in fracking operations, and insulated frac tanks are used for storing large volumes of water. The insulation assists in preventing freezing in cold climates or excessive heat absorption in hot climates, maintaining the waters temperature within the desired range for optimal performance during the fracturing process. Environmental Compliance: Insulated frac tanks help the industry meet environmental compliance regulations. The insulation adds an extra layer of protection, reducing the risk of fluid leaks, spills, or contamination. This feature is particularly important when dealing with hazardous chemicals or when operating in environmentally sensitive areas. Insulated tanks minimize the potential negative impact on surrounding ecosystems and water sources. Efficient Fluid Management: Insulated frac tanks enable efficient fluid management throughout the fracking process. The temperature control provided by the insulation ensures that the fluids remain consistent and viable for use. This helps maintain the integrity of the fluids, reduces the need for additional heating or cooling equipment, and optimizes fluid usage, leading to cost savings and improved operational efficiency. Flexibility and Mobility: Insulated frac tanks are designed to be mobile and versatile, allowing for easy transport to different well sites within oil and gas fields. This mobility facilitates the timely delivery of fluids and ensures that the required temperature conditions are maintained throughout the fracking operation. The tanks can be easily relocated based on the operational needs and the location of drilling sites. Safety Considerations: Insulated frac tanks contribute to operational safety by reducing the risks associated with extreme temperatures. They minimize the chances of equipment failure, such as freezing of pumps or valves, and prevent potential hazards caused by overheating. Maintaining stable temperatures within the tanks promotes safer working conditions for personnel involved in fluid handling.