
( Brand: Mve ), ( Part Type: Tank Canister )
The 47-11 MVE XC Nitrogen Dewar Cryogenic Storage Tank is a robust and efficient solution for storing and transporting liquid nitrogen. This tank, specifically designed for 10 canisters, is constructed using high-quality materials to ensure durability and safety.
The tank's exterior is made of stainless steel, with an inside lining of vacuum-insulated aluminum, which provides excellent thermal insulation, ensuring the preservation of the liquid nitrogen at its cryogenic temperature. This insulation also reduces the rate of heat loss, ensuring the longevity of the stored nitrogen.
The 47-11 MVE XC Nitrogen Dewar Cryogenic Storage Tank features a double-vented manway for easy filling and discharging of the nitrogen. The manway is equipped with a pressure relief valve, a vacuum relief valve, and a purge port for additional safety. The tank also includes a pressure gauge and a temperature gauge for monitoring the level and temperature of the stored nitrogen.
The tank is designed with a 10-canister capacity, with each canister securely held in place by a robust retaining system. The canisters can be easily loaded and unloaded using the tank's integrated lifting lugs and transport dolly.
The 47-11 MVE XC Nitrogen Dewar Cryogenic Storage Tank is built to meet the highest safety standards, with a robust design and multiple safety features. It is perfect for various applications, including scientific research, industrial processing, and medical applications. With its efficient insulation and robust design, this tank ensures the reliable storage and transportation of liquid nitrogen.
Pros of buying a 47-11 MVE XC nitrogen dewar cryogenic storage tank with 10 canisters:1. Large capacity: The tank's capacity of 11,000 liters allows for storing a significant amount of nitrogen, reducing the need for frequent refills.
2. Multiple canisters: The tank comes with 10 canisters, which can be filled individually, ensuring a continuous supply of nitrogen.
3. MVE technology: The MVE (Vapor-Phase Evaporator) technology allows for efficient cooling and nitrogen storage, resulting in minimal losses due to boil-off.
4. Durable construction: The tank is made of high-quality steel and is designed to withstand extreme temperatures, ensuring long-term use.
5. Convenient installation: The tank is designed for easy installation, saving time and resources during the setup process.
Cons of buying a 47-11 MVE XC nitrogen dewar cryogenic storage tank with 10 canisters:1. High initial cost: The upfront cost of purchasing a large cryogenic storage tank and 10 canisters can be quite significant.
2. Requires specialized knowledge: Proper handling, filling, and maintenance of the tank and canisters require specialized knowledge and training.
3. Limited mobility: Due to its size and weight, the tank may not be easily moved or relocated once installed.
4. Space requirements: The tank requires ample space for safe storage and operation, which may not be readily available in some facilities.
Conclusion:The 47-11 MVE XC nitrogen dewar cryogenic storage tank with 10 canisters is a valuable investment for businesses that require a large capacity of nitrogen for their operations. The tank's efficient cooling technology, large capacity, and convenience of multiple canisters make it an attractive option. However, the high initial cost and potential need for specialized knowledge and training should be considered before making a purchase.
Recommendation:If the benefits of the 47-11 MVE XC nitrogen dewar cryogenic storage tank with 10 canisters outweigh the costs for your business, it may be a worthwhile investment. It is recommended to thoroughly research the options available, consult with experts, and consider the specific needs and resources of your business before making a decision. Additionally, it is essential to ensure that proper safety measures are in place to prevent accidents and ensure the safe use of the tank and canisters.
Mve xc nitrogen dewar cryogenic storage tank with 10 canisters and cart in very good condition. Please look at the images. It used to belong the university of Miami.