About Liquid Nitrogen Tank Filling Plant
Liquid Nitrogen Tank Filling Plant is suited for a variety of things. It can make the nitrogen at high level. It is good to use in a safer environment. The plant is accessible with greater efficiencies and quick operation. Offered plant can perform well in the long run. Liquid Nitrogen Tank Filling Plant has a critical function of shifting the liquid nitrogen. This is made to ensure substantial saving. An on-site nitrogen generation is accessible on a simple scale.
Specification
| Capacity | 600 Nm3/hour |
| Automation Grade | Automatic |
| Material | Mild Steel |
| Nitrogen Purity | 99.9% |
| Operating Air Pressure | 0.5 to 15 Mpa |
| Brand | UNIVERSAL BOSCHI |
| Color | White |
| Technology | ING L.&A. BOSCHI,ITALY (Since 1930) |
| Voltage | 440 V |
| Frequency | 50 Hz |
| Phase | 3 |
Engineered for Performance and EfficiencyThis liquid nitrogen filling plant is designed for optimal efficiency, supporting both auto and manual filling modes to suit various operational needs. It integrates a powerful chiller for effective cooling, ensuring consistent production even in demanding environments. The vacuum insulated design steadily maintains ultra-low temperatures, reducing boil-off losses while preserving purity.
Versatile Applications Across IndustriesWhether you need nitrogen for medical, industrial, or laboratory use, this plant adapts effortlessly. Its comprehensive safety features, including gas detection options and PLC-controlled automation, guarantee both operator safety and product purity. The system is particularly valued by clinics, research facilities, and manufacturing units requiring dependable nitrogen supply.
Advanced Safety and Control SystemsOperating at -196C and equipped with emergency shutdown, pressure relief valves, and a noise level below 70 dB(A), this plant ensures both operator and environmental safety. It leverages computerized, fully automatic PLC technology to offer user-friendly operations, while optional gas detectors provide additional peace of mind.
FAQ's of Liquid Nitrogen Tank Filling Plant:
Q: How does the liquid nitrogen tank filling plant maintain the required temperature for nitrogen storage?
A: The plant uses robust vacuum insulation along with an integrated chiller to maintain cryogenic temperatures of -196C, ensuring optimal storage and minimal loss of nitrogen during filling and operation.
Q: What are the main benefits of the compact, cryogenic design in this nitrogen filling plant?
A: The compact, cryogenic design saves valuable floor space, reduces energy loss via advanced insulation, and supports efficient installation and operation in facilities ranging from medical centers to industrial plants.
Q: When should the auto and manual filling modes be used?
A: Auto filling is ideal for routine operations, offering convenience and consistent output, while manual mode provides greater control during maintenance, special procedures, or unique tank requirements.
Q: Where can this liquid nitrogen filling plant be installed?
A: Suitable for indoor environments within the -20C to +40C ambient range, this filling plant is commonly deployed in hospitals, research labs, and industrial settings across India and beyond.
Q: What is the process for producing liquid nitrogen in this plant?
A: The process involves pressurizing and cooling air to cryogenic temperatures using the built-in chiller and vacuum insulation. The system precisely controls temperature and pressure, producing and dispensing nitrogen at a rate of 100 liters per hour.
Q: What safety features are included to ensure reliable operation?
A: The plant incorporates a pressure relief valve, emergency shutdown system, and low-noise operation under 70 dB(A), with optional gas detectors to monitor for leaks, ensuring both operational and user safety.
Q: What are the advantages of the automated, PLC-controlled system for users?
A: The fully automatic, PLC-controlled design allows for user-friendly interface, real-time monitoring, and precise nitrogen quality control, significantly reducing manual intervention and minimizing operational risks.