CRYO-TECH-Cryogenic Equipment & Gas Station Engineering Provider! 2026-03-16T16:41:08+08:00 CRYO-TECH https://cryogenictanker.com LNG Satellite Stations & City Gas Regasification | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-12-6.html 2026-02-27T14:52:37+08:00 Send Us Your Enquiry CRYO-TECH’s LNG Gasification Stations enable reliable, cost-effective energy distribution, bridging gaps in natural gas accessibility. ]]>

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Product Overview

CRYO-TECH’s LNG Gasification Station is a modular, efficient solution designed to convert liquefied natural gas (LNG) into gaseous natural gas (NG) for urban and industrial energy supply. As a critical link in natural gas distribution, this station serves as a satellite hub for LNG reception, storage, and regulated gas delivery, supporting both permanent and transitional energy needs.

Key Features

  1. Rapid Deployment: Short construction 周期 for quick market response in energy-deficient regions.
  2. Multi-Functional Design:
    • Simultaneous LNG storage, vaporization, and pressure regulation.
    • Odorization system ensures gas safety compliance.
  3. High-Efficiency Vaporization:
    • Ambient/electric/water-bath vaporizers for 100–5,000 Nm³/h capacity.
    • Low-temperature resistance (-196°C) with stainless steel components.
  4. Precision Control:
    • PLC-based automation for real-time flow, pressure, and temperature monitoring.
    • Redundant safety valves and emergency shut-off systems.
  5. Scalability: Customizable output pressure (0.1–4.0 MPa) to meet diverse grid requirements.

Technical Specifications

Parameter Value
Working Medium LNG, NG
Gasification Capacity 100–50,000 Nm³/h (single unit)
Design Temperature -196°C (LNG) / 50°C (gas)
Output Pressure Customizable (0.1–4.0 MPa)
Storage Tank Capacity 50–300 m³ (optional)
Evaporation Rate ≤0.1%/day (storage tanks)
Power Supply 380V/50Hz (electric vaporizer)

Process Flow

  1. Storage: LNG is stored in cryogenic tanks at -162°C.
  2. Vaporization:
    • Ambient vaporizers use air heat for eco-friendly gas conversion.
    • Electric/water-bath options available for cold climates.
  3. Regulation: Pressure regulators stabilize gas output.
  4. Measurement: High-precision flow meters ensure accurate billing.
  5. Odorization: Mercaptan injection adds detectability to NG.
  6. Distribution: Gas is delivered to pipelines for industrial, commercial, or residential use.

Applications

  1. Urban Gas Supply:
    • Primary gas source for cities without pipeline infrastructure.
    • Peak-shaving for existing natural gas grids.
  2. Industrial Use:
    • Power generation, steel manufacturing, and chemical processing.
  3. Transportation:
    • Fueling stations for LNG trucks and buses.
  4. Emergency Backup:
    • Temporary gas supply during pipeline maintenance or outages.

Service Support

  • Turnkey Solutions:
    • Site assessment, installation, and commissioning.
    • Operator training on safety protocols and system operation.
  • Maintenance Packages:
    • Annual inspections and preventive maintenance.
    • Spare parts inventory for vaporizers, valves, and controls.
  • Performance Optimization:
    • Energy efficiency audits and load balancing analysis.

 

CRYO-TECH’s LNG Gasification Stations enable reliable, cost-effective energy distribution, bridging gaps in natural gas accessibility.
]]> Natural Gas Liquefaction Plants (Micro/Mini LNG) | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-12-5.html 2026-02-27T14:45:54+08:00 Send Us Your Enquiry CRYO-TECH’s LNG Plants enable sustainable energy distribution, bridging gaps in natural gas accessibility and reducing environmental impact. ]]>

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Product Overview
CRYO-TECH’s Small & Medium-Sized Natural Gas Liquefaction Plant converts raw natural gas into liquefied natural gas (LNG) through advanced pretreatment and cryogenic processes. Using the internationally recognized SMRC refrigeration technology, this plant delivers high-purity LNG with superior energy efficiency, making it ideal for off-grid energy supply, industrial fuel, and transportation applications.

Key Features

  1. SMRC Refrigeration Process:
    • Simple flow design reduces energy consumption by 15% compared to traditional methods.
    • Strong adaptability to varying gas compositions (e.g., methane, ethane, CO₂).
  2. Modular Construction:
    • Skid-mounted units minimize on-site installation time and space requirements.
    • Scalable capacity from 50,000 Nm³/day to 500,000 Nm³/day.
  3. Low Operational Costs:
    • High-efficiency heat exchangers and compressors reduce maintenance needs.
    • Automated control system ensures stable performance with minimal operator intervention.
  4. Safety Compliance:
    • Dual redundancy in critical systems (e.g., refrigeration, fire suppression).
    • Meets ISO 13623, API 620, and ASME BPVC standards.

Technical Specifications

Parameter Value
Processing Capacity 50,000–500,000 Nm³/day
LNG Storage Temperature -162°C
Storage Pressure 0.3–0.8 MPa (gauge)
LNG Purity ≥99.5% (methane content)
Power Consumption ≤0.25 kWh/Nm³ (natural gas)
Footprint 500–1,500 m² (dependent on capacity)

Process Flow

  1. Pretreatment:
    • Remove impurities (H₂S, CO₂, moisture) using amine scrubbing and molecular sieves.
  2. Liquefaction:
    • SMRC refrigeration system cools natural gas to -162°C for liquefaction.
  3. Storage:
    • Store LNG in double-wall insulated tanks with 0.1% daily evaporation rate.
  4. Distribution:
    • Load LNG into ISO tanks, trailers, or feed to downstream vaporization stations.

Applications

  1. Industrial Fuel:
    • Replace coal/fuel oil in power generation, ceramics, and glass manufacturing.
  2. Clean Energy:
    • Gasification for urban pipeline networks and decentralized heating systems.
  3. Transportation:
    • LNG for heavy-duty trucks, buses, and marine vessels.
    • CNG refueling stations via LNG-to-CNG conversion.

Service Support

  • Turnkey Solutions:
    • Site assessment, installation, and commissioning.
    • Operator training and 24/7 remote monitoring.
  • Maintenance Packages:
    • Preventive maintenance and spare parts supply.
    • Performance optimization audits.

 

CRYO-TECH’s LNG Plants enable sustainable energy distribution, bridging gaps in natural gas accessibility and reducing environmental impact.
]]> High-Pressure Gasification Skids (Pump + Vaporizer) | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-12-2.html 2026-02-27T14:15:54+08:00 Send Us Your Enquiry CRYO-TECH’s High Pressure Pump & Vaporizer Skid delivers precision gas supply for critical industrial processes, optimizing efficiency and safety. ]]>

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Product Overview
CRYO-TECH’s High Pressure Pump & Vaporizer Skid is a compact, portable system designed for efficient conversion of liquid nitrogen (LN₂) into high-pressure nitrogen gas (N₂) for industrial purging, drying, and process applications. Integrating cryogenic pumps, vaporizers, and safety controls, this skid delivers reliable, cost-effective gas supply with a dew point as low as -70°C.

Key Features

  1. Portable & Modular Design:
    • Skid-mounted configuration for easy transportation and rapid on-site deployment.
    • Dimensions: To be confirmed after detail designing according to the client’s request.
  2. High-Pressure Performance:
    • Work pressure: 40–700 bar (customizable).
    • Flow rate: 2,400–7,000 Nm³/h.
  3. Integrated Components:
    • Single cryogenic pump for LN₂ pressurization.
    • Ambient/electric vaporizer for LN₂-to-N₂ conversion.
    • Optional heater system for temperature-controlled gas output.
  4. Self-Contained Operation:
    • Built-in diesel generator for off-grid applications.
    • PLC control system with touchscreen interface.
  5. Safety Compliance:
    • Explosion-proof motors and emergency shutdown systems.
    • China GB certification for pressure vessel safety.

Technical Specifications

Parameter Value
Inlet Medium Liquid Nitrogen (LN₂)
Outlet Medium High-Pressure Nitrogen Gas (N₂)
Dew Point ≤-70°C
Design Temperature -196°C (LN₂) / 50°C (gas)
Material 304 Stainless Steel (pump), Aluminum Alloy (vaporizer)
Power Supply Diesel generator (standard) / Grid-connected (optional)

Applications

  • Oil & Gas: Pipeline purging, well stimulation, and equipment drying.
  • Power Generation: Turbine maintenance and boiler tube cleaning.
  • Pharmaceuticals: Sterilization and inert gas blanketing.
  • Manufacturing: Moisture removal in food packaging and electronics.

Service Support

  • Turnkey Solutions:
    • On-site installation, commissioning, and operator training.
  • Maintenance Packages:
    • Annual inspections and spare parts replacement.
    • 24/7 technical support for troubleshooting.
  • Customization:
    • Tailored pressure/flow rates and heater configurations.

 

CRYO-TECH’s High Pressure Pump & Vaporizer Skid delivers precision gas supply for critical industrial processes, optimizing efficiency and safety.
]]> Atmospheric Ambient Vaporizers for Cryogenic Gases | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-10-3.html 2026-02-27T11:36:15+08:00 Send Us Your Enquir Engineered for sustainability and reliability, this ambient vaporizer provides a clean, efficient solution for cryogenic liquid vaporization. ]]>

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Product Overview
Designed for efficient vaporization of cryogenic liquids, this ambient vaporizer leverages natural ambient heat to convert liquid nitrogen (LN₂), oxygen (LO₂), argon (LAr), liquefied natural gas (LNG), and carbon dioxide (LCO₂) into gaseous form. Ideal for industrial, medical, and energy applications requiring clean, sustainable gas supply.

 

Key Features
  • Zero Energy Consumption: Utilizes ambient air heat for vaporization, eliminating reliance on external power sources.
  • Zero Emissions: Environmentally friendly design with no combustion or chemical byproducts.
  • Low Maintenance: Simplified mechanical structure reduces operational downtime.
  • Compact & Durable: Lightweight aluminum alloy construction for outdoor use and corrosion resistance.

 

Certifications
  • Compliance with China GB 150 or ASME Section VIII (user-selectable).
  • ISO 9001:2015 certified for quality management systems.

 

Technical Specifications
Parameter Value
Design Pressure 8 bar–1000 bar
Unit Capacity 50–16,000 m³/H
Design/Working Temperature -196°C (liquid) / Ambient (gas)
Material Aluminum alloy (corrosion-resistant)
Dimensions Customizable per jobsite requirements

 

Performance Advantages
  • High Efficiency: Stable gas output with minimal temperature drop (<10°C below ambient).
  • Safety: Pressure relief valves and explosion-proof design for hazardous environments.
  • Cost-Effective: Reduces energy costs compared to electric/gas-fired alternatives.

 

Applications
  • Industrial gas supply for welding, metal fabrication, and chemical processes.
  • Medical oxygen delivery systems.
  • LNG regasification for energy infrastructure.
  • CO₂ vaporization in food and beverage industries.

 

Optional Accessories
  • Built-in pressure regulators and flow meters.
  • Frost-free coatings for extreme climates.
  • Skid-mounted configurations for modular installation.

Engineered for sustainability and reliability, this ambient vaporizer provides a clean, efficient solution for cryogenic liquid vaporization.

]]> Reciprocating Cryogenic Pumps for High-Pressure Filling | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-10.html 2026-02-27T11:32:09+08:00 Send Us Your Enquir Engineered for accuracy and toughness, this pump guarantees efficient cryogenic liquid transfer while adhering to the strictest safety standards. ]]>

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Product Overview
This reciprocating cryogenic piston pump is crafted for the secure and effective transfer of cryogenic liquids such as liquid nitrogen (LN₂), oxygen (LO₂), argon (LAr), liquefied natural gas (LNG) and carbon dioxide(LCO₂). It finds extensive use in cylinder filling stations, cryogenic storage facilities, and gas distribution networks across industrial, medical, and energy sectors.

 

Key Features

 

  • Wide – ranging Compatibility: Capable of handling LN₂, LO₂, LAr, LNG and LCO2, making it suitable for diverse cryogenic applications.
  • Variable – speed Technology: Equipped with frequency control, it offers adjustable flow rates to meet different operational requirements.
  • Enhanced Safety Mechanisms:
    • Safety valve alignment to prevent over – pressure situations.
    • Back gas temperature interlock to avoid temperature – related malfunctions.
    • Outlet gas pressure interlock for safe pressure management.
  • High – efficiency Performance: A filling rate spanning from 50 to 5,000 L/H ensures quick and efficient liquid transfer.
  • Robust Construction: Constructed with stainless steel components, it can withstand the extremely low temperature of – 196°C.

 

Certifications

 

  • Compliant with China GB 150 or CE PED 2014/68/EU standards.
  • ISO 9001:2015 certified for its quality management system.

 

Technical Specifications

 

Parameter Value
Design Pressure 16 bar ~ 400 bar
Filling Rate 50–60,000 L/H
Design/Working Temperature -196°C
Material Stainless steel (S30408)
Motor Power Customizable (11–75 kW)
Noise Level <85 dB(A)

 

Performance Advantages

 

  • Energy – saving Operation: The frequency control feature optimizes energy consumption.
  • Precision Control: It provides stable pressure and flow during the transfer process.
  • Durability: Withstand 100,000+ cycles, ensuring long – term reliable performance.
  • Safety Compliance: Meets international standards for cryogenic fluid handling.

 

Applications

 

  • Filling cylinders for industrial, medical, and aerospace purposes.
  • Transferring liquids between cryogenic storage tanks.
  • Supplying gases to manufacturing processes like metal fabrication and semiconductor production.
  • Fueling LNG vehicles and vessels.

 

Optional Add – ons

 

  • Explosion – proof motors for use in hazardous areas.
  • Skid – mounted configurations for easy installation.
  • PLC control systems for automated operations.
  • Heat tracing for use in low – temperature environments.

 

Engineered for accuracy and toughness, this pump guarantees efficient cryogenic liquid transfer while adhering to the strictest safety standards.
]]> Portable Cryogenic Tanks (Skid-Mounted Solutions) | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-8.html 2026-02-27T11:26:12+08:00 Send Us Your Enquir CRYO-TECH’s Cryogenic Mobil Tanks deliver reliable cryogenic logistics solutions for a wide range of industries. ]]>

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Product Overview


CRYO-TECH’s Cryogenic Mobil Tank is a versatile, high-performance solution designed for efficient transportation and on-site storage of cryogenic liquids (LN₂, LO₂, LAr, LNG, LCO₂, etc.). Combining advanced vacuum insulation technology with rugged mobility, this semi-trailer system ensures minimal evaporation loss and reliable performance for long-haul logistics, industrial distribution, and emergency supply applications.

Key Features

  1. Heavy-Duty Construction:
    • Reinforced frame and aerodynamic design for stability during transit and resistance to harsh road conditions.
  2. Integrated Onboard Pressure Building Unit (PBU):
    • Enables direct unloading without external equipment, reducing operational complexity.
  3. Lockable Valve Enclosure:
    • Protects critical components from damage and unauthorized access.
  4. High-Efficiency Insulation:
    • Vacuum multi-layer insulation (standard) or stacked insulation (for LCO₂) minimizes evaporation loss.
  5. Safety Compliance:
    • Pressure relief systems, emergency shut-off valves, and corrosion-resistant materials meet global safety standards.

Certifications

  • Pressure Vessel Standards: China GB 150 or ASME VIII DIV. 1 (user-selectable).
  • Quality Management: ISO 9001:2015 certified.

Technical Specifications

Parameter Value
Design Pressure 3–34 bar (customizable)
Total Volume 3 m³–60 m³ (standard or custom)
Effective Volume 95% of total volume
Inner Tank Material S30408 Stainless Steel
Jacket Tank Material Q345R Low-Alloy Steel or S30408 Stainless Steel
Design Temperature -196°C (inner) / -40°C to +50°C (Outer)
Insulation High-vacuum multi-layer (standard) / Stacked (for LCO₂)

Applications

  • Industrial Transportation: Welding, metal fabrication, and cryogenic process industries.
  • On-Site Storage: Remote locations, construction sites, and industrial complexes.
  • Emergency Response: Healthcare, research, and energy sectors requiring backup cryogenic supply.

CRYO-TECH Advantage

  • Mobility & Efficiency: Optimized weight distribution and compact design for highway transportation.
  • Customization: Tailored pressure ratings, capacities, and configurations to meet project needs.
  • Global Support: Turnkey installation, operator training, and 24/7 technical service.

 

CRYO-TECH’s Cryogenic Mobil Tanks deliver reliable cryogenic logistics solutions for a wide range of industries.
]]> Cryogenic Transport Trailers & Road Tankers | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-7.html 2026-02-27T11:21:51+08:00 Send Us Your Enquir Specifications of Standard Models CRYO-TECH’s Cryogenic Liquid Semi-Trailers deliver reliable cryogenic logistics solutions for a wide range of industries. ]]>

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Product Overview


CRYO-TECH’s Cryogenic Liquid Semi-Trailer is a premium solution designed for efficient transportation and storage of cryogenic liquids, including LN₂, LO₂, LAr, LNG, LCO₂, liquid ethane, and ethylene. Combining advanced vacuum insulation technology with rugged mobility, this semi-trailer ensures minimal evaporation loss and reliable performance for long-haul logistics, industrial distribution, and on-site applications.

Key Features

  1. Heavy-Duty Construction:
    • Reinforced frame and aerodynamic design for stability during transit and resistance to harsh road conditions.
  2. Integrated Onboard Pressure Building Unit (PBU):
    • Enables direct unloading without external equipment, reducing operational complexity.
  3. Lockable Valve Enclosure:
    • Protects critical components from damage and unauthorized access.
  4. JOST Hydraulic Landing Gear:
    • Provides secure support during loading/unloading operations.
  5. High-Efficiency Insulation:
    • Vacuum multi-layer insulation minimizes evaporation loss during transit.

Certifications

  • Pressure Vessel Standards: China GB 150 or ASME VIII DIV. 1 (user-selectable).
  • Transport Compliance: ADR, ISO, and IMDG Code for hazardous materials.
  • Quality Management: ISO 9001:2015 certified.

Technical Specifications

Parameter Value
Design Pressure 3–23 bar (customizable)
Total Volume 22 m³–60 m³ (standard or custom)
Effective Volume 95% of total volume
Inner Tank Material S30408 Stainless Steel
Jacket Tank Material Q345R Low-Alloy Steel or S30408 Stainless Steel
Design Temperature -196°C (inner) / -40°C to +50°C (jacket)
Insulation High-vacuum multi-layer

Applications

  • Industrial Transportation: Welding, metal fabrication, and cryogenic process industries.
  • On-Site Storage: Remote locations, construction sites, and industrial complexes.
  • Emergency Response: Healthcare, research, and energy sectors requiring backup cryogenic supply.

CRYO-TECH Advantage

  • Customization: Tailored pressure ratings, capacities, and configurations to meet project needs.
  • Mobility: Optimized weight distribution and compact design for highway transportation.
  • Global Support: Turnkey installation, operator training, and 24/7 technical service.

Specifications of Standard Models

SN Model Liquid Volume(M³) Net Weight (Kg) Loading Weight (Kg) Insulation Dimensions (mm)
1 NMX9405GDYN LN₂ 35.2 14000 26000 Multi-Layer Insulation 12470X2520X3700
2 NMX9401GDYG Liquid Ethane、LNG 52.6 15200 24800 Multi-Layer Insulation 13200X2540X4000
13150X2540X3930
3 NMX9403GDYR1 LAr 22.6 11200 28800 Multi-Layer Insulation 11725X2520X3350
4 NMX9402GDYY1 LO₂ 26.50 11880 28120 Multi-Layer Insulation 11750X2520X3450
5 NMX9404GDYY LO₂ 27.7 10820 29180 Multi-Layer Insulation 12210X2520X3460
6 NMX9404GDYN LN₂ 38.5 12000 28000 Multi-Layer Insulation 13200X2520X3690
7 NMX9404GDYR LAr 23.8 10270 29730 Multi-Layer Insulation 11460X2500X3365
8 NMX9403GDYY LO₂ 28 10535 29465 Multi-Layer Insulation 11990X2520X3460
9 NMX9402GDYC LCO₂ 30.0 12400 27600 Multi-Layer Insulation 12760X2520X3640
10 NMX9370GDYG LNG 52.5 15000 22200 Multi-Layer Insulation 13420X2544X3940
11 NMX9402GDYG LNG 52.6 14700 25300 Multi-Layer Insulation 13420X2544X3940
12 NMX9400GDYW Liquid Ethane、LNG 52.5 14700 25300 Multi-Layer Insulation 13620X25203X920
13 NMX9400GDYX Liquid Ethylene 50 14500 25500 Multi-Layer Insulation 13150X2520X3920

 

CRYO-TECH’s Cryogenic Liquid Semi-Trailers deliver reliable cryogenic logistics solutions for a wide range of industries.

]]> Intermodal Cryogenic ISO Tanks (T75/T50) for Shipping | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-6.html 2026-02-27T11:16:55+08:00 Send Us Your Enquir 20FT: 6058mm (L) × 2438mm (W) × 2591mm (H) 40FT:12192mm (L) × 2438mm (W) × 2591mm (H) Main specification of standard ISO tank container models CRYO-TECH’s Cryogenic Tank Containers deliver reliable cryogenic logistics solutions for a wide range of industries. needs. ]]>

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Product Overview


Designed for safe and efficient transportation of cryogenic liquids (LN₂, LOX, LAr,LNG,LCO2 etc), the ISO tank container combines robust construction with advanced insulation technology. Ideal for intermodal transport, industrial storage, and offshore applications requiring reliable cryogenic logistics.Engineered for global logistics and safety, this tank container delivers precision performance in cryogenic liquid handling.

 

Key Features

 

  • ISO Standard Connection & Lifting Design: Enables seamless integration with global container handling systems (ISO 1496-3 compliant).
  • Dual Gauging System: Level and pressure gauges for real-time monitoring of cryogenic media.
  • Premium Safety Components: World-class relief valves (e.g., HEROSE, REGO) ensure overpressure protection.
  • Offshore-Grade Coating: Corrosion-resistant finish suitable for marine environments and harsh weather.
  • Compact Frame with Protection: Standardized container frame design with reinforced corners for structural integrity.
  • Valve Position Marking: Clear top-beam labeling for quick access and maintenance.

 

Certifications

 

  • Pressure Vessel Standards: CCS or ASME VIII DIV. 1 (certified by BV).
  • Transport Compliance: ISO 1496-3 (container safety), IMDG Code (hazardous materials).

 

Technical Specifications

 

Parameter Value
Design Pressure 9 bar / 16 bar  / 22 bar / 23 bar
ISO tank container size 10FT / 20FT / 40FT
Filling Rate 95%
Liquid Application LOX,LIN,LAR,LCO2,LNG etc
Inner Tank Material S30408 Austenitic Stainless Steel
Jacket Tank Material Q345R Low-Alloy Steel
Design Temperature -196°C (inner) / -20°C to +50°C (jacket)
Insulation Technology High-vacuum multi-layer insulation
Dimensions 10FT:  2991mm (L) × 2438mm (W) × 2591mm (H)

20FT:  6058mm (L) × 2438mm (W) × 2591mm (H)

40FT:12192mm (L) × 2438mm (W) × 2591mm (H)

 

Performance Advantages

 

  • Low Evaporation Rate: <0.5% per day for minimal product loss.
  • Multi-Modal Transport: Suitable for road, rail, and sea via ISO container systems.
  • Safety Compliance: Meets IMDG Code requirements for hazardous cryogenic liquids.

 

Applications

 

  • International transportation of LN₂, LOX, LAr for industrial, medical, and energy sectors.
  • Temporary storage at construction sites, refineries, or research facilities.
  • Offshore platforms and marine operations requiring reliable cryogenic supply.

 

Main specification of standard ISO tank container models

Model Geometric Volume (m³) Empty Weight (kg) Max Total Mass (kg) Liquid Standard/Certifications Insulation Dimensions (mm)
1AA-TCSG-45.7/7.9 45.7 11,635 34,000 LNG GB, CCS High Vacuum Multilayer 12192×2438×2591
1CC-TCS-20.8/16 20.8 7,890 36,000 LO₂/LN₂/LAr GB, ASME, CCS, BV High Vacuum Multilayer 6058×2438×2591
1CC-TCC20.8/2.3 20.8 11,140 34,000 LCO₂ GB, CCS High Vacuum Multilayer 6058×2438×2591
1EE-TCSG-52/6.5 52 13,000 34,000 LNG GB, ASME, CCS, BV High Vacuum Multilayer 13716×2438×2591
1CC-TCS-20.8/22 20.8 9,100 36,000 LO₂/LN₂/LAr/LCO₂/LN₂O ASME, BV High Vacuum Multilayer 6058×2438×2591
1CC-TCS-20.8/22B 20.8 9,100 36,000 LO₂/LN₂/LAr/LCO₂/LN₂O/LNG/LC₂H₄ ASME VIII – Ⅰ High Vacuum Multilayer 6058×2438×2591
1CC-TCC-20.8/2.3A 20.8 11,210 34,000 LCO₂ NB/T47059 High Vacuum Multilayer 6058×2438×2591
1D-TCS-7.6/0.9 7.62 4,730 15,000 LO₂/LN₂/LAr ASME VIII – Ⅰ (Offshore tank) High Vacuum Multilayer 2991×2438×2591
1D-TCS-7.7/1.6 7.72 5,210 15,000 LO₂/LN₂/LAr NB/T47059 (Offshore tank) High Vacuum Multilayer 2991×2438×2591
1CC-TCS-22/22 22 8,500 36,000 LO₂/LN₂/LAr/LCO₂/LN₂O/LNG/LC₂H₄ ASME VIII – Ⅰ High Vacuum Multilayer 6058×2438×2591
 
CRYO-TECH Quality Assurance

 

  • ISO 9001 certified manufacturing processes.
  • Customizable configurations for pressure ratings and media types.
  • Global service network for maintenance and inspections.

 

CRYO-TECH’s Cryogenic Tank Containers deliver reliable cryogenic logistics solutions for a wide range of industries.
needs.
]]>  Vacuum Insulated Liquid Dewars & Cryogenic Flasks | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-5.html 2026-02-27T11:10:35+08:00 Send Us Your Enquir Engineered for efficiency and safety, cryo-tech’s Cryogenic Insulated Cylinders deliver reliable cryogenic storage solutions for diverse industrial needs. ]]>

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Product Overview
CRYO-TECH’s Cryogenic Insulated Cylinders (Dura Cylinders) are advanced storage solutions designed for efficient handling of cryogenic liquids such as liquid nitrogen (LN₂), oxygen (LO₂), argon (LAr), liquefied natural gas (LNG), and carbon dioxide (LCO₂). These cylinders offer superior thermal insulation and safety features, ensuring minimal evaporation loss and reliable performance across industrial, medical, and energy sectors.

Key Features

  1. High-Efficiency Insulation: Vacuum multi-layer insulation technology reduces daily evaporation rates to industry-leading levels.
  2. Stainless Steel Construction: Full 304 stainless steel body ensures durability and corrosion resistance.
  3. Lightweight Design: Integrated protective frames enable easy transportation while safeguarding against damage.
  4. Precision Control: Upgraded digital/mechanical liquid level gauges provide real-time volume monitoring.
  5. Safety Compliance: Dual safety valves (optional for LNG), pressure relief systems, and burst discs meet international standards (ASME, CE, GB).
  6. Versatile Configurations: Available in vertical (DPL450/700/900) and horizontal (DPW650) designs with customizable pressure ratings (MP/HP/VHP).

Technical Specifications

Model Series DPL450 DPL700/900 DPW650 (Horizontal)
Geometric Volume (L) 110–236 410–1000 410/499
Effective Volume (L) 99–212.4 369–920 369/449
Working Pressure (MPa) 1.59–3.45 1.59–3.79 1.44–2.5
Daily Evaporation Rate ≤1.3–2.74% (LN₂) ≤1.7–1.8% (LN₂) ≤1.15–1.8% (LN₂)
Gas Flow Rate (Nm³/H) 4–11 (O₂/N₂/Ar) 15–55 (O₂/N₂/Ar) 20–85 (O₂/N₂/Ar)
Empty Weight (kg) 90–173 234–864 296–394
Dimensions (mm) 1088–1867 (H) 1785–2270 (H) 1777×800×1030 (L×W×H)
Material 304 Stainless Steel 304 Stainless Steel 304 Stainless Steel

Product Applications

  • Industrial Gas Supply: Welding, metal fabrication, and chemical processes.
  • Medical & Research: Liquid oxygen storage for hospitals and cryogenic preservation.
  • Energy Sector: LNG refueling stations and natural gas distribution.
  • Food & Beverage: CO₂ storage for carbonation and freezing applications.

Optional Configurations

  • Vaporizer Options: Built-in or external vaporizers for gas conversion.
  • Frame Types: Wheeled or stationary frames for mobility.
  • Pressure Ratings: Medium (MP), High (HP), or Ultra-High (VHP) pressure models.
  • Safety Features: Explosion-proof valves and dual safety systems for LNG.

 

CRYO-TECH Quality Assurance

 

  • ISO 9001 certified manufacturing processes.
  • Third-party certifications (ASME, CE, CCS) available upon request.
  • 18+ years of market validation with global customers.

 

Engineered for efficiency and safety, cryo-tech’s Cryogenic Insulated Cylinders deliver reliable cryogenic storage solutions for diverse industrial needs.
]]> Cryogenic Air Separation Plants (ASU) - O2/N2/Ar | CRYO-TECH CRYO-TECH https://cryogenictanker.com/cryogenic-stationary-tank-4.html 2026-02-25T16:08:40+08:00 Send Us Your Enquiry Engineered for performance and sustainability, CRYO-TECH’s ASUs provide cost-effective gas solutions for global industries. ]]>

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Product Overview
CRYO-TECH’s Air Separation Unit (ASU) is a modular, energy-efficient solution designed to produce high-purity oxygen, nitrogen, argon, and rare gases for industrial applications. Leveraging advanced cryogenic distillation and adsorption technologies, our ASUs deliver reliable gas supply while minimizing operational costs.

Key Features

  1. Low-Pressure Process: Reduces energy consumption by 20% compared to conventional designs.
  2. Modular Design: Customizable configurations for capacities ranging from 200 Nm³/h to 10,000 Nm³/h.
  3. HSEQ Compliance: Meets ISO 9001, ISO 14001, and OHSAS 18001 standards for safety and environmental responsibility.
  4. Advanced Control System: PLC-based automation with real-time monitoring and remote diagnostics.
  5. Long-Term Reliability: 99.5% uptime guaranteed through robust component selection and redundant systems.

Technical Specifications

Parameter Value
Gas Purity 99.5%–99.999% (O₂/N₂/Ar)
Pressure Range 0.8–1.6 MPa (gaseous)
Liquid Storage Capacity 5–50 m³ (optional)
Power Consumption ≤0.65 kWh/Nm³ (O₂)
Noise Level <85 dB(A)

Product Offerings

  1. Small & Medium-Sized ASU
    • Capacities: 200–5,000 Nm³/h
    • Ideal for steel mills, chemical plants, and healthcare facilities.
  2. Pure Nitrogen Equipment
    • Purity: 99.999% (5N)
    • Applications: Electronics, food packaging, and inert gas blanketing.
  3. Pressure Swing Adsorption (PSA) Systems
    • Fast startup (≤30 minutes)
    • Low maintenance with minimal moving parts.

Applications

  • Metal fabrication (oxygen for cutting/welding)
  • Petrochemical refining (hydrogen purification)
  • Healthcare (medical oxygen supply)
  • Electronics (high-purity nitrogen for semiconductor production)

Service Support

  • Turnkey installation and commissioning.
  • Operator training and 24/7 technical support.
  • Spare parts inventory for critical components.
  • Energy efficiency audits and system optimization.

 

Engineered for performance and sustainability, CRYO-TECH’s ASUs provide cost-effective gas solutions for global industries.
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