Cryogenic Gas Plant Process Small and Medium-sized Oxygen Gas Plant Wholesale - Longer
Product Overview
The Cryogenic Gas Plant by Longer is designed for the efficient production of oxygen and nitrogen. Specifically, the KZON50 model offers an oxygen output of 50 Nm³/h with a purity level of 99.6%. The plant operates under a maximum working pressure of 1.2 MPa and has a total power consumption of 97.8 kW, accommodating different power supply standards (380V/220V, 50Hz).
Product Features
- Compact skid-mounted unit construction for easy installation.
- Advanced liquid oxygen pump inner-compress technology for high-quality gas production applicable in medical and industrial domains.
- Reliable operation with user-friendly maintenance procedures, including a two-year supply of spare parts.
- Four-stage pipeline oil-removing filter with monitoring systems for timely replacement.
- An external cleaning tower system that simplifies maintenance by avoiding the need to open the fractionating tower.
Product Value
The Longer Cryogenic Gas Plant is positioned as a high-quality and safe solution for oxygen and nitrogen production. Its adherence to industry standards and environmentally friendly manufacturing processes contribute significantly to its market value, ensuring customer satisfaction and confidence in the product.
Product Advantages
- The plant’s simple installation process reduces operational complexity.
- Superior production technology leads to high purity gas delivery.
- Comprehensive support and maintenance services provide additional value to the customer experience.
- Design features, such as waterproof perlite, enhance performance reliability and reduce downtime.
Application Scenarios
The Cryogenic Gas Plant is versatile and can be utilized across various sectors, including healthcare (for medical oxygen production), manufacturing, and industries that require high purity gases. The company offers tailored solutions based on specific customer needs and operational conditions, making the plant suitable for diverse applications.