30m³ Cryogenic Liquid Carbon Dioxide Vertical Storage Tanks
30m³ Cryogenic Liquid Carbon Dioxide Vertical Storage Tanks: Reliable Solutions for Cryogenic CO2 Storage
Need a robust and efficient solution for storing large volumes of liquid carbon dioxide (LCO2)? Look no further than our high-quality, vertical cryogenic storage tanks, specifically designed for capacities around 30 cubic meters (30,000 liters). These tanks are ideal for various industrial applications, providing safe and reliable containment of CO2 in its liquid state.
HNJS cryogenic LCO2 storage vessels are engineered to meet the diverse demands of modern industry. From food and beverage processing to industrial gas supply and research applications, our LCO2 tanks are customized to ensure efficient transport, storage, and cost-effective operations. Our commitment to quality ensures minimal product loss and maximized operational efficiency. To further enhance thermal performance, an optional cooling unit can be integrated into our LCO2 tank design for superior heat insulation and reduced boil-off rates, especially crucial in warmer climates or demanding operational environments.
Unlocking the Potential of Cryogenic Liquid Carbon Dioxide Storage: A Deep Dive into Our Tanks
As a leading Cryogenic Liquid Carbon Dioxide (LCO2) Storage Tanks Manufacturer, HNJS offers a range of tanks to suit your specific needs. We understand that every application is unique, and our tanks are designed with flexibility and performance in mind.
Key Features and Specifications:
Capacity Range: We offer a diverse range of capacities, including 5m³, 10m³, 15m³, 20m³, 30m³ (our featured model), 50m³, 60m³, 100m³, and 200m³ carbon dioxide storage tanks. This allows you to select the perfect tank size for your operational requirements.
Stored Medium: Exclusively designed for LCO2 (liquid carbon dioxide).
Superior Insulation: Featuring perlite vacuum insulation, providing exceptional thermal performance and minimizing heat ingress. This translates to reduced energy consumption and lower operating costs.
Adherence to Stringent Design Codes: Our tanks are designed and manufactured in accordance with leading industry standards, including A2, C2, GC1, GB-150, ASME, U STAMP, and ISO9001:2008. This ensures the highest levels of safety, reliability, and regulatory compliance.
Maximum Working Pressure: Engineered to a maximum working pressure of 2.27MPa, providing a safe and stable operating environment.
Durable Construction: Constructed with high-quality carbon steel for both the inner vessel and outer shell, guaranteeing long-term durability and resistance to corrosion.
Configuration Options: Available in both vertical and horizontal configurations, allowing for flexible installation based on your space constraints and operational layout. Our vertical tanks are particularly well-suited for maximizing space utilization.
Technical Specifications (Detailed Table):
| No. | Model | Capacity | Design Pressure | Medium | Outline Size (mm) | Net Weight (KG) |
|---|---|---|---|---|---|---|
| 1 | CFL-5/2.16 | 5m³ | 2.2MPa | LCO2 | Φ1916*5229 | 4785 |
| 2 | CFL-10/2.16 | 10m³ | 2.2MPa | LCO2 | Φ2316*5965 | 7520 |
| 3 | CFL-15/2.16 | 15m³ | 2.2MPa | LCO2 | Φ2416*7402 | 10015 |
| 4 | CFL-20/2.16 | 20m³ | 2.2MPa | LCO2 | Φ2616*7933 | 12905 |
| 5 | CFL-30/2.16 | 30m³ | 2.2MPa | LCO2 | Φ2920*8914 | 18170 |
| 6 | CFL-50/2.16 | 50m³ | 2.2MPa | LCO2 | Φ3120*11884 | 28240 |
| 7 | CFL-60/2.16 | 60m³ | 2.2MPa | LCO2 | Φ3324*12460 | 37170 |
| 8 | CFL-100/2.16 | 100m³ | 2.2MPa | LCO2 | Φ3528*16933 | 59315 |
Understanding Liquid CO2 Storage: Critical Considerations
Carbon dioxide (CO2) exists as a colorless, odorless, and tasteless gas under standard atmospheric conditions. However, maintaining CO2 in its liquid form requires careful control of temperature and pressure. Liquid CO2 is present when below the critical point temperature (31°C) and above the triple point (-56.6°C and 5.18 bar (a) pressure). Long-term storage of liquid CO2 necessitates cryogenic storage tanks specifically engineered to accommodate these conditions.
Our cryogenic liquid CO2 storage tanks are designed to maintain a pressure of 22 bar or less and temperatures around -18°C, taking into account the critical point characteristics of the substance. Effective thermal insulation is paramount in minimizing heat transfer and maintaining the integrity of the stored LCO2. Our perlite vacuum insulation is a key component in achieving this goal.
HNJS: Your Partner in Cryogenic Storage Solutions
From initial design to final commissioning, we prioritize customer satisfaction. We work closely with you to understand your unique requirements and provide tailored solutions that meet your specific needs. Choosing HNJS Pressure Vessels means partnering with a trusted provider committed to delivering high-quality, reliable, and cost-effective cryogenic storage solutions. We consider the satisfaction of our customers as our greatest reward. Contact us today to discuss your LCO2 storage needs and discover how we can help you optimize your operations.
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