Related Derivative and Expansion Fields

·Application Areas:  
Core applications in premium chemical fields provide component separation support for syngas utilization and fine chemical synthesis. In the new energy field, it adapts to hydrogen energy-related scenarios such as hydrogen-oxygen separation and hydrogen purification. In the electronics and semiconductor fields, it ensures high-purity nitrogen supply through nitrogen dehydrogenation technology to meet stringent requirements such as chip manufacturing. Simultaneously, it serves fields such as aerospace and special material preparation, adapting to customized production scenarios with special working conditions (e.g., high altitude, high humidity) and special gas component requirements.

·Expansion Field Advantages:
Strong technological compatibility allows upgrades and modifications based on existing core air separation technologies, reducing project investment costs. High separation precision enables efficient removal of trace impurities, such as nitrogen purity after dehydrogenation reaching above 99.9995%. Wide adaptability deals different mixed gas components, pressures, and working condition environments, with high customization levels. Stable and reliable operation follows mature safety protection systems to ensure safety during special separation processes. Significant energy consumption optimization through efficient heat exchange and adsorption materials, with unit separation energy consumption lower than traditional specialized separation equipment, combining economic and environmental benefits.

·Typical Scenarios:
Expansion fields of air separation units rely on core adsorption, distillation, and refrigeration technologies. Aiming at gas mixture scenarios and customization needs, four major directions are developed to breakthrough traditional air separation limitations, extend technological application boundaries, and provide precise gas separation solutions for leading fields such as high-end chemicals, new energy, and electronics:
Hydrogen and Carbon Monoxide Separation Technology: Utilizes specialized adsorbents and distillation processes to achieve efficient separation of the two gases, serving chemical fields such as syngas utilization.
Hydrogen and Oxygen Separation: Targets hydrogen-oxygen gas scenarios, precisely separating and purifying both gases to ensure safety in energy utilization and chemical production.

·Nitrogen Dehydrogenation Technology:

Removes trace hydrogen from nitrogen, further enhancing nitrogen purity to meet stringent requirements in high-end fields such as electronics and semiconductors.
Customized Air Separation Services: Provides full-process design, equipment manufacturing, and operation and maintenance services based on customers special working conditions (e.g., high altitude, high humidity environments), special gas components, and purity requirements, expanding the application boundaries of air separation technology.

Case：Air Dehydrogenation Cryogenic Method for Nitrogen Production

Q: Are you a manufacturer or a trading company?
We are a professional manufacturer in the cryogenic equipment field.

Q: What's your advantage?
We provide you not only technology-leading, stable and reliable, cost-efficient equipment, but also solutionsand after-sales service.

Q: Have your engineers participated in any foreign projects?
Yes, our engineers have more than 15 years of experience in this field and have participated in the design, manufacturing, installation, and commissioning of the equipment in Turkey, Egypt, Myanmar, etc.

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