DRAGON 500 BBL

02497430

Used

500 BBL Dragon Frac Tanks Benefits Increased capacity: The 500 BBL frac tanks offer a significant storage capacity, accommodating up to 500 barrels of fluid. This allows for a larger storage volume and greater operational flexibility during oil and gas exploration, drilling, and production activities. Efficient fluid transportation: Frac tanks are designed for efficient fluid transportation, and the 500 BBL tanks are no exception. They feature a rugged construction, suitable for storing and transporting various fluids, such as fresh water, drilling mud, chemicals, or waste water. This enables efficient fluid logistics during well stimulation operations. Cost savings: Using larger capacity tanks, such as the 500 BBL Dragon frac tanks, can lead to cost savings. With a larger storage volume, companies can reduce the number of tanks required, resulting in lower procurement and maintenance costs. Additionally, the ability to transport more fluid in a single tank reduces transportation expenses. Time efficiency: The 500 BBL frac tanks are designed for quick setup and easy mobilization. This saves valuable time during well site operations, allowing for faster deployment and increased job efficiency. Durability and reliability: Dragon products are built with durability and reliability in mind. The 500 BBL frac tanks are constructed using high-quality materials and are equipped with strong and leak-resistant seals. This ensures the safe storage and transportation of fluids, minimizing the risk of leaks or spills. Versatility: The 500 BBL Dragon frac tanks can be used in a variety of applications within the oil and gas industry. Whether it's for hydraulic fracturing, well testing, or fluid storage, these tanks offer versatility and can be easily integrated into existing operations. Environmental compliance: By using 500 BBL frac tanks, companies can ensure compliance with environmental regulations. The tanks are designed to prevent leakage or spillage, minimizing the potential impact on the surrounding environment.