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  • ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price
  • ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price
  • ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price
  • ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price
  • ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price
  • ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price
ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price

ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price

  • >= 1 Units
    $453,700

Customization:

Customized logo（Min.Order: 1 pieces）
Customized packaging（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
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ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Capacity Cryogenic Storage: Designed to store 5000 cbm (2500 tons) of liquid ammonia at extreme cryogenic temperatures and pressures (1.77 MPa), compliant with ASME Code standards.
  • Durable Construction: Built with a stainless steel liner and carbon steel shell to ensure corrosion resistance, structural integrity, and optimal thermal insulation.
  • Safety-Centric Design: Equipped with pressure relief valves, temperature sensors, and real-time monitoring systems to ensure safe operation in high-demand environments.

Key features

  • 1. Corrosion-Resistant Material Technology

    • With a stainless steel liner and corrosion-resistant shell materials, ensure long-term durability in harsh cryogenic environments*.

  • 2. Optimized Spherical Design for Thermal Efficiency

    • With a spherical design optimized for minimizing heat transfer, reduce energy loss compared to cylindrical tanks*.

  • 3. High-Capacity Performance Parameters

    • With a 10,000m³ capacity and 1.77MPa design pressure, handle large-scale liquid ammonia storage efficiently*.

  • 4. Scenario-Specific Industrial Solutions

    • With ASME Code compliance and robust construction, meet stringent safety requirements for industrial and medical applications*.

  • 5. Certified Safety and Reliability

    • With ASME Code certification, ensure compliance with safety and performance standards for reliable operation*.

Product details

ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tanks Price

The ASME Code 5000cbm 2500 Tons Liquid Ammonia Spherical Sphere Storage Tank is designed for high-capacity, cryogenic storage of liquefied gases. Built with corrosion-resistant stainless steel and carbon steel, it ensures durability under extreme temperatures and pressures. Its spherical shape optimizes thermal efficiency, while advanced insulation and safety features comply with ASME standards for industrial and medical applications.

Technical specifications

FeatureSpecificationApplication Scenario
Capacity10,000 m³Large-scale industrial storage for liquid ammonia
Design Pressure1.77 MPaEnsures structural integrity under high-pressure conditions
Liner MaterialStainless SteelCorrosion resistance for aggressive chemicals
Shell MaterialCarbon Steel/Stainless SteelDurable construction for varying environmental conditions
Thermal InsulationVacuum-insulated panelsMaintains cryogenic temperatures (-33.35°C for ammonia)
Safety FeaturesPressure relief valves, temperature sensorsCompliance with ASME standards for industrial safety

Customization guide

Adjustable capacity (5000–10,000 m³) and insulation thickness to meet specific storage requirements and environmental conditions.

Get inspired

Optimized spherical design minimizes heat transfer, ensuring energy efficiency and extended storage duration for liquid ammonia. The robust construction and advanced insulation make these tanks ideal for industrial applications requiring long-term cryogenic storage.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Capacity5000 m³7500 m³10,000 m³
Design Pressure1.5 MPa1.65 MPa1.77 MPa
Shell MaterialCarbon SteelStainless Steel (Liner)Full Stainless Steel
InsulationStandard FoamEnhanced VacuumPremium Vacuum Panels
Safety FeaturesBasic SensorsAdvanced MonitoringSmart IoT Integration

Supplier's note

  1. Technical Breakthroughs:

    • Full Stainless Steel Construction (Pro Model): Enhances corrosion resistance by 40% compared to carbon steel, ideal for harsh chemical environments.
    • Premium Vacuum Insulation: Reduces heat transfer by 30% versus standard foam, extending storage duration by 20%.
    • Smart IoT Integration (Pro Model): Enables real-time monitoring, improving operational safety by 25% through predictive maintenance alerts.

  2. Version Selection Guidance:

    • Pro Model: Best for high-pressure, chemical-intensive industries (e.g., petrochemicals). Its 1.77 MPa rating and full stainless steel construction ensure durability in aggressive conditions. Pair with premium insulation for minimal heat gain.
    • Advanced Model: Suitable for medium-scale facilities requiring enhanced safety (e.g., pharmaceuticals). Balances cost efficiency with advanced monitoring features.
    • Base Model: Optimal for smaller operations with lower pressure needs (e.g., food processing). Meets basic ASME standards at an accessible price point.

With the Pro Model’s triple-layer insulation and IoT integration, you can ensure uninterrupted storage of liquid ammonia even in fluctuating environmental conditions. The Base Model’s carbon steel shell provides a cost-effective solution for non-corrosive applications.

Frequently asked questions

  • Which ASME Code spherical storage tank model suits liquid ammonia storage for industrial facilities?

  • What materials are used in 5000cbm cryogenic tanks, and how do they compare for ammonia storage?

  • How do I maintain ASME Code spherical storage tanks for long-term ammonia storage?

  • Can ASME Code spherical tanks be customized for smaller liquid oxygen storage needs?

  • Are ASME Code spherical tanks FDA-approved for medical liquid oxygen storage?

  • What safety features do 2500-ton cryogenic tanks include for ammonia storage?

  • How does the spherical design of 5000cbm tanks improve cryogenic efficiency?

  • What industries use 5000cbm ASME Code spherical storage tanks besides petrochemicals?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Storage CapacityLarge-scale industrial storageIndustry: 5000m³ (mid-sized facilities)
Base: 10000m³ (▲100% increase)
Advanced: 15000m³ (▲50% over Base)		Reduces infrastructure costs for bulk storage.Requires larger footprint and specialized foundations.
Material ConstructionCorrosive environments (e.g., chemical plants)Industry: Carbon steel (ASTM A370)
Base: Carbon steel + SS liner (ASTM A240)
Advanced: Full SS shell (ASTM A240 ▲2x corrosion resistance)		Advanced versions withstand harsh chemicals (e.g., ammonia).Higher material costs for stainless steel.
Thermal InsulationLong-term cryogenic storageIndustry: Foam (R-value 5.0)
Base: Vacuum panels (R-value 12.0 ▲140%)
Advanced: Multi-layer (R-value 20.0 ▲66% over Base)		Minimizes boil-off, reducing energy costs.Complex installation for multi-layer systems.
Design PressureHigh-pressure gas storageIndustry: 1.5 MPa (ASME Section VIII)
Base: 1.77 MPa (▲18%)
Advanced: 2.0 MPa (▲13% over Base)		Enables denser storage of gases like hydrogen.Thicker walls increase weight and cost.
Safety FeaturesCritical safety environments (e.g., medical oxygen)Industry: Manual pressure relief valves (NFPA 55)
Base: Automated sensors + valves (▲ real-time alerts)
Advanced: Real-time monitoring + auto-shutdown (▲ full automation)		Prevents overpressure incidents autonomously.Requires trained personnel for system maintenance.
Weight-to-Capacity RatioSpace-constrained installationsIndustry: 2.5 kg/m³ (standard steel)
Base: 2.0 kg/m³ (▲20% lighter)
Advanced: 1.5 kg/m³ (▲25% over Base)		Reduces transportation and foundation costs.Advanced materials may need durability testing.

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