About Cryogenic Air Separation System
Cryogenic Air Separation System
The Cryogenic air separation plant is made to supply the oxygen for gasification as well as metal production. It assists the gasification process so as to provide the cost effective as well as highly energy efficient design. The processes of the provided plant is demanded for medium to large scale plants. Cryogenic air separation plant produces oxygen, nitrogen and argon gases & liquid products. It is offered with a preferred technology that enables production of high purity oxygen as well as nitrogen.
Specification
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Design
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Standard
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Brand
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UNIVERSAL BOSCHI
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Usage/Application
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Industrial gases and medical gases
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Automation Grade
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Automatic
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Auto Restart
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Yes
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Oxygen Purity
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99.7%
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Nitrogen Purity
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99.9%
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High-Purity Gas Production for Diverse ApplicationsOur Cryogenic Air Separation System delivers exceptional purityup to 99.7% for oxygen and 99.999% for nitrogen. This capability supports demanding sectors such as medical, steel, petrochemical, and electronics, ensuring reliable gas supply for critical industrial and healthcare processes.
Fully Automated, Robust, and AdaptableFeaturing PLC control and a fully automatic operation, the system guarantees consistent performance with minimal manual intervention. Its robust stainless steel construction, coupled with customizable dimensions and pipeline connection, allows integration into various plant layouts securely and efficiently.
Optimized Efficiency and LongevityDesigned for energy efficiency, the system maintains low operational costsusing approximately 0.450.65 kWh per Nm3 of oxygen. With low maintenance needs, reliable onsite support, and a lifespan exceeding 20 years, it is a prudent investment for any industrial gas production operation.
FAQs of Cryogenic Air Separation System:
Q: How does the Cryogenic Air Separation System achieve such high gas purity?
A: The system utilizes cryogenic distillation, cooling air to very low temperatures to effectively separate components by their boiling points. Advanced purification units and precise controls enable oxygen purity up to 99.7% and nitrogen purity up to 99.999%.
Q: What industries can benefit from using this air separation plant?
A: It is ideal for medical gas supply, steel manufacturing, petrochemical processing, electronics production, and other heavy industrial sectors requiring high-purity oxygen and nitrogen.
Q: What is the typical start-up time and operational mode of the plant?
A: Start-up takes approximately 816 hours depending on system size. Once operational, the plant runs in a continuous mode, ensuring uninterrupted gas supply for industrial or medical applications.
Q: Where can the system be installed, and is the pipeline connection customizable?
A: The system can be installed at any industrial or manufacturing site with suitable infrastructure. Pipeline connections and plant layouts are fully customizable to suit specific site requirements and optimize integration.
Q: What process and features ensure efficient and safe operation?
A: A programmable logic controller (PLC), comprehensive instrumentation, expansion turbines, and purification units maintain optimal operation. The robust, stainless steel design and compliance with global environmental standards further assure efficiency and safety.
Q: How is maintenance handled, and what support is available?
A: The system is designed for low maintenance, requiring only periodic inspections. Ready stock of spare parts and onsite installation, training, and technical support are provided by experienced service teams.
Q: What are the primary benefits of choosing this cryogenic air separation system?
A: Key advantages include energy-efficient operation, ultra-high product purity, proven durability, reduced maintenance costs, complete automation, and adaptability to diverse industrial needs, ultimately offering a reliable and cost-effective gas supply solution.