Core Advantages and Features of ASU in Petrochemical Plant Operations：
The most critical requirement for oxygen steelmaking is a continuous supply of high-purity oxygen-typically 99.6% or higher. The ASU achieves this through advanced cryogenic distillation technology, which separates oxygen, nitrogen, and argon from air by exploiting the differences in their boiling points.
ASU in Petrochemical Plant Operations Core Steps:
ASU gas separation in oxygen steelmaking involves six major steps: first, intake and filtration; second, compression; third, purification; fifth, cryogenic distillation; and finally, product collection and storage. The separated gas or liquid form is stored in cryogenic tanks, or directly used as high-pressure gas.
| Quality Index: | |||
| Product | Oxygen / Liquid oxygen | Nitrogen / Liquid nitrogen | Liquid argon |
| Purity | ≥99.6% | ≥99.9% | ≥99.999% |
FAQ
1. Once we provide the required oxygen/nitrogen flow and purity requirements, what specific services can NEWTEK provide?
NEWTEK offers a truly one-stop, turnkey engineering solution. Once we receive your requirements, our comprehensive services encompass: solution design and optimization, core equipment manufacturing and selection, system integration and automation control, on-site installation and commissioning, personnel training, and long-term after-sales support. Simply provide your final requirements, and we'll oversee every step from concept to stable operation, ensuring the delivery of an efficient and reliable air separation unit that fully meets your specifications.
2. How does this one-stop solution ensure project schedule and overall quality?
As a single responsible party, NEWTEK assumes overall responsibility for the entire project's schedule, quality, and performance. Our integrated project management model eliminates the potential for buck-passing and coordination challenges among multiple suppliers. From the design stage, we fully consider the feasibility and efficiency of manufacturing and installation, ensuring seamless integration across all steps. This not only significantly shortens project timelines but also ensures compatibility, stability, and optimal energy efficiency throughout the system.
3. What are the advantages of NEWTEK's one-stop solution in terms of energy conservation and consumption reduction?
Because we manage the entire process from design to integration, energy-saving optimization is integrated into every detail. Based on your specific parameters, we tailor the most energy-efficient process flow (such as selecting a high-efficiency molecular sieve system and optimizing the distillation column structure), complemented by high-performance main air compressors and boosters. Furthermore, our intelligent control system optimizes unit operation in real time, automatically adjusting load based on actual gas demand, minimizing your long-term electricity costs.
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