Introduction
The document discusses a deep-cooling process for oxygen and nitrogen production, which incorporates a low-pressure process into air separation equipment. This innovation reduces energy consumption and enhances operational safety. The process and equipment design utilize chemical software for distillation and structural calculations to ensure advanced and reliable equipment.
Product Development
To meet market demands, the company produces both conventional external compression air separation equipment and a series of internal compression processes. The internal compression process reduces installation workload and equipment maintenance.
Specifications
The document lists various models of air separation equipment with their respective oxygen and nitrogen yields, purity levels, and energy consumption rates. All models maintain an oxygen purity of 99.6% and a nitrogen purity of 10 ppm O2, except for the KDONAR model, which has a nitrogen purity of 5 ppm O2. Energy consumption varies across models, with the KDONAR model being the most efficient at 0.55 kWh/Nm³ O2.
Equipment Footprint
The equipment footprint is provided for each model, indicating the space required for installation. The footprint ranges from 50 m² for smaller models to 1200 m² for larger models.
Argon Production
Some models also produce liquid argon, with the KDONAR model achieving a purity of 1.5 ppm O2 and 4 ppm N2. The document specifies the pressure and consumption units for liquid argon production.
Conclusion
The document concludes with a specification classification labeled CLEAR-YY-SL100, indicating a standard or guideline related to the equipment or process.
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