Product Overview
The Cryogenic Liquid Oxygen Plant from Longer is designed for efficient production of high-purity liquid oxygen and nitrogen using advanced cryogenic technology. The entire setup is skid-mounted for easy installation and transportation, delivering a complete ready-to-use unit that does not require additional components from users.
Product Features
- **Power Consumption**: Operates with low energy requirements (390KW).
- **High Purity Output**: Produces medical-grade oxygen with purity levels ranging from 99.6% to 99.999%.
- **Comprehensive Maintenance**: Features easy maintenance protocols and a continuous operation capability.
- **Efficient Air Compressor**: Utilizes high-quality screw air compressors from renowned brands like IHI or Atlas Copco, ensuring reliability and low noise levels.
Product Value
The plant provides a cost-effective solution with a low initial investment and a short construction period. It is characterized by low operational energy consumption, thus reducing running costs, and is constructed from durable materials that promise longevity and reliability.
Product Advantages
- **Safety and Stability**: Equipped with a purification system to remove harmful impurities from the air, enhancing operational safety and reducing the need for defrosting.
- **Flexibility of Use**: Capable of producing both medical and industrial oxygen, making it suitable for various applications, including chemical fiber, electronics, metallurgy, and glass industries.
- **User-Friendly**: Simple operation that requires no extensive setup beyond the initial delivery, alongside straightforward maintenance.
Application Scenarios
The plant is widely applicable in fields such as medical supplies, chemical manufacturing, metallurgy, electronics, and glass production, providing essential gases necessary for various industrial processes. It is ideal for users requiring reliable and high-purity gas production in multiple sectors.
This summary encapsulates the essential aspects of the Cryogenic Liquid Oxygen Plant while highlighting its value and practical applications.