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Air Separation Unit Asu
Description
Technical Parameters
High Purity Gas Production
Can produce high-purity oxygen, nitrogen and argon to meet the needs of multiple industries.
Cryogenic Distillation Technology
Adopts cryogenic distillation separation, and the technology is mature and stable.
Energy Efficient Design
Optimizes heat exchange system and compressor configuration to reduce energy consumption.
Flexible Capacity Options
Supports a variety of production capacity scales to meet the needs of different users.
Automated Control System
Equipped with advanced automated control to achieve remote monitoring and fault diagnosis.
Continuous and Stable Operation
With high reliability, it supports 24-hour continuous operation.
Safety Features
Equipped with multiple safety protection and alarm systems to ensure the safety of equipment and personnel.
Steel and Metallurgy Industry
ASU equipment provides high-purity oxygen for blast furnace blowing and converter steelmaking, significantly improving combustion temperature and steelmaking efficiency, reducing fuel consumption and emissions. At the same time, nitrogen is used for inert protection in the furnace and equipment purging to ensure production safety and product quality.
Chemical and Petrochemical Industry
Oxygen is widely used in the oxidation reaction process of chemical products such as synthetic ammonia, methanol, and ethylene to promote reaction rate and output. Nitrogen is used to maintain the inert atmosphere of the reactor to prevent explosions and impurities from entering, ensuring the stability and reliability of the chemical process.
Electronics and Semiconductor Manufacturing
High-purity nitrogen is used for dust-free workshop environmental control during the manufacturing process to prevent impurities and moisture from affecting chip quality. Oxygen is used in key processes such as wafer cleaning and plasma etching to improve the precision and performance of electronic components.
Medical and Healthcare Sector
ASU equipment can stably supply medical oxygen to meet the needs of multiple scenarios such as hospital operating rooms, intensive care, and emergency treatment. Nitrogen and argon are also used as driving gases for medical equipment and cryopreservation of biological samples.
fAQ
Q: What is the capacity range and adjustability of the equipment? Can it meet the needs of factories of different sizes?
A: Our ASU equipment has a wide capacity range and adopts a modular design. It supports flexible expansion and load adjustment, and can meet the diversified gas needs of small and medium-sized factories to large integrated enterprises, while optimizing energy consumption.
Q: How are the operating energy consumption and energy-saving performance reflected? What energy-saving designs are there?
A: The equipment adopts an efficient heat exchange system and advanced compressor technology to maximize the recovery of cold and reduce the compressor load. The overall process optimization design effectively reduces energy waste, keeps the equipment energy consumption at the industry-leading level, helps customers reduce operating costs and respond to green environmental protection policies.
Q: What are the functions of the automation control system? What intelligent management methods are supported?
A: Equipped with an advanced DCS/PLC control system, it supports automatic start and stop, real-time monitoring of process parameters, fault diagnosis and alarm. The system has data acquisition and remote monitoring functions, which facilitates remote operation and maintenance, improves the safety and stability of equipment operation, and reduces labor costs.
Q: What are the after-sales service guarantees and installation cycles? How can customers quickly put into production?
A: We provide a full range of after-sales services, including on-site installation guidance, equipment commissioning, operation training and regular maintenance. Depending on the project scale, the standard equipment delivery cycle is generally 3 to 6 months. Customers can quickly complete the installation and commissioning to achieve stable and efficient production. At the same time, we provide 24/7 technical support to ensure the long-term reliable operation of the equipment.
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