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Liquified Hydrogen Carrier

A New era of Clean Energy Transport. A liquefied hydrogen ship is a breakthrough in a global energy delivery.
This specialized ship is designed to carry hydrogen at cryogenic temperatures, the ship combine advanced cooling vacuum insulation and top-tier safety systems.

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Cryogenic Liquefied Hydrogen Pumps

Key Component: Liquified hydrogen Pump
The liquefied hydrogen pump is essential to the ship's operation. It transfers cryogenic liquefied hydrogen from storge tanks to where it is needed onboard. By controlling the flow while maintaining cryogenic temperatures, the pumpensures safe and efficient handling of hydrogen throughput the vessel.

Liquefied Hydrogen Storage and Transport Technology
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    Cryogenic Liquefied Hydrogen Cargo Tank Storage Pump

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    Liquefied Hydrogen Cargo Tank Spray/Emergency Pump

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    Performance Evaluation for Three Types of Liquefied Hydrogen Cargo Tank Pumps

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Cargo Storage Tank with Vacuum Insulation System

Key Component: Cargo Tank
The cargo tank is a critical system for storing liquefied hydrogen onboard.
It uses advanced vacuum insulation to block external heat from entering the tank.
This prevents the hydrogen from evaporating and ensures it remians safely stored in its liquefied state throughout the voyage.

Liquefied Hydrogen Storage and Transport Technology
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    Insulation Materials for the Vacuum Insulation System in Liquefied Hydrogen Storage Tanks

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    High-Efficiency Production for Filling, Vacuum, and Insulation Systems.

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    Large-Scale Liquefied Hydrogen Storage Tank Production

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Dual-pipeline System for Liquefied Hydrogen Transfer

Key Component: Piping System
When moving liquefied hydrogen from one location to another, double piping is used. This piping has insulating layers inside and outside to protect the liquid hydrogen from temperature changes and prevent accidents that may occur during transportation.

Liquefied Hydrogen Storage and Transport Technology
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    Metal Materials for Pipelines in Liquefied Hydrogen Carriers Above 20,000㎥ Capacity

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    Production of Pipelines for Liquefied Hydrogen Carriers Above 20,000㎥ Capacity

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    Performance Evaluation of Pipelines for Liquefied Hydrogen Carriers Above 20,000㎥ Capacity

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Liquified Hydrogen Sensors

Key Component: Cryogenic Sensor
This sensor continuously monitors temperature, pressure, and other key conditions to detect irregularities before they become hazards. By providing early warnings, it helps prevent accidents and ensures stable, secure delivery throughout the entire transport process.

Liquefied Hydrogen Storage and Transport Technology
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    Sensors for Temperature, Flow, and Pressure in Liquefied Hydrogen Tanks

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    Sensor for Level Measurement in Liquefied Hydrogen Cargo Tanks

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    Performance Verification of Materials and Sensors for Liquefied Hydrogen Operating Conditions

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Key Components of the Liquefied Hydrogen Piping System.

Key Component: Cryogenic Valve
The valve used in the piping system is a core component engineered to operate under extreme cryogenic conditions.
It is specially designed to withstand temperatures as low as -253°C, ensuring safe and precise control of liquefied hydrogen flow throughout the system.

Liquefied Hydrogen Storage and Transport Technology
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    Cryogenic Safety and Control Valves for Liquefied Hydrogen Carriers

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    Cryogenic Flexible Hoses and Connectors for Liquefied Hydrogen Transfer

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    Performance Evaluation of Cryogenic Valves, Flexible Hoses, and Connectors

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Liquefied Hydrogen Cargo System.

It is the technology that manipulates the entire system required to transport, store, and use liquefied hydrogen. It allows you to efficiently manage the liquefied hydrogen in your cargo hold and deliver it safely to where it is needed.

Liquefied Hydrogen Storage and Transport Technology
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    Key Technology for Cargo Management System Components and Design

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    Integrated Control System for Liquefied Hydrogen Cargo

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    Cargo Operation System Performance Evaluation

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