10m3 Cylindrical Cryogenic Liquid Storage Tank

10m3 Cylindrical Cryogenic Liquid Storage Tank: A Comprehensive Overview

Cryogenic liquid storage tanks are essential for industries that rely on the safe and efficient storage of liquefied gases like liquid oxygen (LOX), liquid nitrogen (LN2), liquid argon (LAr), and liquid carbon dioxide (LCO2). Among the various sizes available, the 10m3 cylindrical cryogenic liquid storage tank is a popular choice for its balance of capacity and footprint, making it suitable for a wide range of applications.

This document provides a detailed look at the specifications, features, and quality assurance measures associated with our 10m3 cryogenic liquid storage tanks, along with other related cryogenic tank parameters.

Key Features and Benefits of Our 10m3 Cryogenic Liquid Storage Tanks:

Optimal Capacity: The 10m3 (10,000 liters) volume offers a substantial storage capacity while maintaining a manageable size, making it ideal for medium-scale operations.
Robust Design: Cylindrical construction ensures structural integrity and efficient pressure distribution, contributing to long-term reliability and safety.
Cryogenic Compatibility: Designed specifically for storing cryogenic liquids at extremely low temperatures, maintaining the integrity of the stored product.
Vacuum Insulation: High-performance vacuum insulation minimizes heat leak, reducing boil-off rates and ensuring efficient storage of cryogenic liquids.
Safety Features: Equipped with pressure relief valves, safety interlocks, and other safety mechanisms to prevent overpressure and ensure safe operation.
Durable Construction: Constructed with high-quality materials that are resistant to corrosion and degradation, ensuring a long service life.
Versatile Applications: Suitable for a wide range of industries, including medical, industrial gas, food processing, and research.

Detailed Specifications: 10m3 (CFL10) Cryogenic Tank and Related Models

The following table outlines the specifications for the 10m3 cryogenic liquid storage tank (CFL10) alongside other related models with varying capacities and working pressures:

Model	Working Pressure (MPa)	Working Medium	Volume (m3)	Outside Size (mm)	Weight (kg)
CFL5/0.8	0.8	LOX, LN2, LAr	5	φ2000 * 5130	3412
CFL10/0.8	0.8	LOX, LN2, LAr	10	*φ2100 7170**	5378
CFL20/0.8	0.8	LOX, LN2, LAr	20	φ2500 * 8760	8255
CFL30/0.8	0.8	LOX, LN2, LAr	30	φ2900 * 8960	12899
CFL50/0.8	0.8	LOX, LN2, LAr	50	φ3100 * 12060	18960
CFL100/0.8	0.8	LOX, LN2, LAr	100	φ3600 * 17250	34480
CFL5/1.6	1.6	LOX, LN2, LAr	5	φ2000 * 5130	3945
CFL10/1.6	1.6	LOX, LN2, LAr	10	φ2000 * 7930	6787
CFL20/1.6	1.6	LOX, LN2, LAr	20	φ2400 * 9680	10744
CFL30/1.6	1.6	LOX, LN2, LAr	30	φ2700 * 10500	14640
CFL50/1.6	1.6	LOX, LN2, LAr	50	φ3000 * 12760	23370
CFL5/2.16	2.16	LCO2	5	φ2000 * 4250	4450
CFL10/2.16	2.16	LCO2	10	φ2100 * 7130	6986
CFL20/2.16	2.16	LCO2	20	φ2500 * 8760	11328
CFL30/2.16	2.16	LCO2	30	φ2900 * 8960	17961
CFL50/2.16	2.16	LCO2	50	φ3200 * 11300	26097
CFL100/2.16	2.16	LCO2	100	φ3500 * 18250	49627

Key Considerations:

Working Pressure: Choose the appropriate working pressure based on your specific application requirements. Higher pressures may be necessary for certain processes.
Working Medium: Ensure that the tank is compatible with the cryogenic liquid you intend to store. Tanks designed for LOX, LN2, and LAr may not be suitable for LCO2, and vice versa.
Outside Size: Consider the available space at your facility when selecting the tank size. The outside dimensions will determine the footprint required for installation.
Weight: Factor in the weight of the tank when planning for transportation and installation.

Paint and Surface Finish

Our cryogenic tanks undergo a rigorous painting process to ensure long-term corrosion protection and aesthetic appeal:

Paint System: We use a high-performance paint system featuring:

Primer: Two coats of primer for excellent adhesion and corrosion resistance.
Topcoat: One coat of acrylic polyurethane or an imported equivalent with enhanced UV protection and durability.

Total Thickness: The total paint thickness exceeds 250 microns, providing a robust barrier against environmental factors.
Customization: Paint color can be customized to meet your specific requirements.

Vacuum Performance and Testing

The integrity of the vacuum insulation is crucial for minimizing heat leak and maintaining cryogenic temperatures. Our manufacturing process includes:

Internal Drying: Inner cylinder circulation heating ensures complete removal of moisture prior to vacuuming.
Static Vacuum Monitoring: We conduct static observation for a minimum of one month to verify vacuum stability.
Nitrogen Pressure Testing: We use dry, oil-free nitrogen gas for pressure testing, preventing contamination and ensuring product purity.

Valve Quality and Options

Standard Valves: We use high-quality Chinese valves that meet stringent performance standards.
Imported Valves: We can also provide imported valves from reputable manufacturers based on customer specifications.

Certifications and Compliance

Our company is committed to providing cryogenic storage solutions that meet the highest industry standards. We hold the following certifications:

National-Level A2 Pressure Vessel Manufacture License
D1/D2 Pressure Vessel Design License
ISO9001 International Quality System Certificate
GC2/GC3 Pressure Piping Design License
GC2/GC3 Pressure Piping Installation License
CCS Authentication
CE Authentication
ASME Authentication (Available upon request)

These certifications demonstrate our commitment to quality, safety, and regulatory compliance.

Our 10m3 cylindrical cryogenic liquid storage tanks offer a reliable, efficient, and safe solution for storing cryogenic liquids. With a robust design, high-performance insulation, and comprehensive quality control measures, our tanks are built to meet the demands of various industries. Contact us today to learn more about our cryogenic storage solutions and how we can help you optimize your operations.