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Hydrogen Energy - Storage/Transport of Hydrogen

With the beginning of the popularization of hydrogen energy, the transportation problem of hydrogen has been an unavoidable topic. At present, there are two transportation modes of hydrogen: high-pressure gas hydrogen and low-temperature liquid hydrogen storage and transportation. High-pressure gas storage is the most common form of hydrogen storage. The density of hydrogen is small, and it is generally necessary to use a high pressure of more than 1.5MPa to be stored in a special cylinder. Low temperature liquid hydrogen storage means that under standard atmospheric pressure, the hydrogen is frozen to minus 252.72 degrees Celsius to become a liquid, and then stored in a special high vacuum insulated container, the most common and ideal is Dewar bottle, but Dewar bottle cost is high, so it can not be widely used.

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Hydrogen Storage/Transport Solutions

Shen Technology provides thermal management solutions during hydrogen storage and transportation, such as hydrogen liquefaction plate-fin heat exchangers. Hydrogen liquefaction heat exchanger has the characteristics of low temperature resistance, hydrogen embrittleness resistance, high heat exchange efficiency, and high reliability, which provides safety guarantee in the process of hydrogen liquefaction.

Products

PFHE

Hydrogen Liquefaction Heat Exchanger
Hydrogen liquefaction plate-fin heat exchanger is a heat exchanger in which hydrogen and nitrogen gases are exchanged to cool them to liquid state

Application/h2>

Gas Liquefaction

Suitable for the liquefaction of industrial gases such as hydrogen, LNG, propane, and ammonia, facilitating their transportation.

Cold Energy Utilization

During the liquefaction of gases, significant cold energy is released. Shen's heat exchangers can utilize this energy for producing other gas products or for power generation.

Service

Preventive Maintenance

Through regular preventive maintenance, potential issues can be identified and resolved in a timely manner, extending the lifespan of the heat exchanger, maintaining stable performance, improving energy efficiency, reducing the risk of failure, and ensuring the heat exchanger remains in optimal condition.

Cleaning

During operation, the internal passages of the heat exchanger may accumulate sediments, scale, and other impurities, leading to reduced heat transfer efficiency, affecting equipment performance and energy efficiency, and thereby impacting production efficiency and equipment lifespan. Shen's Technology will recommend cleaning methods for the heat exchanger based on the equipment and actual application conditions, to maintain the equipment in good operating condition.

Service Support

The Shen's Technology professional service team is always on standby, ready to swiftly and accurately identify issues and provide the best solutions. Not only do we address current problems, but we also aim to help you prevent potential risks through professional services.

Additional Services

Additional services are value-added protections offered by Shen's Technology beyond basic services. Shen's Technology will employ precise testing techniques to thoroughly inspect equipment components and identify leak risks. Based on the test results, we will provide recommendations for the best measures to help you resume production.