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Gas Steel Making Depth refrigerant Liquefaction Plant 4500 / 4500Nm3/h

Categories Liquefaction Plant
Brand Name: HANGYANG
Model Number: YPO
Certification: CE/ASEM/GB
Place of Origin: China
MOQ: 1 set
Price: Negotiation
Supply Ability: according to actual requirement
Delivery Time: according to actual requirement
Packaging Details: wooden case, nude packing, container
Usage: YPON-4500/4500 Liquefaction Plant
Application: Glass, Oil and Gas Field, Machinery & Construction,Metallurgy
Output: 1100~15000 Nm3/h N2
Service: Engineers available to commissioning service overseas
Type: YPON
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    Gas Steel Making Depth refrigerant Liquefaction Plant 4500 / 4500Nm3/h


    Liquefaction Plant 4500/4500Nm3/h YPON-4500/4500 Liquefaction Equipment


    Specifications:


    Standard Product of Liquefcation Plant YPON Series


    MODEL

    CONTENTS

    YPON-400TPD

    YPON-440-1000

    YPON-50TPD

    YPON-8750-9000

    LOX/LN flow

    Nm3/h

    11700/13350

    1100/1250

    1500/1700

    8750/9000

    LOX/LN purity

    ppm

    Same as the feed air

    Same as the feed air

    Same as the feed air

    Same as the feed air

    LOX/LN pressure

    MPa(G)

    ~0.83/0.9

    ~0.2/0.2

    ~02/0.2

    ~1.58/1.7

    LOX/LN Subcooled

    K

    28.4/23

    88.5/84

    3/3

    5/13


    Typical Product:YPON-4500/4500 Liquefaction Plant


    Output, purity and pressure



    Flow (Nm3/h)

    Purity

    Pressure MPa(G)

    Subcooled (K)

    LOX/LN

    4500/4500

    Same as the feed air

    0.2/0.2

    7/5


    Description:


    When under LOX operating condition, the circulating nitrogen is compressed to 2.5MPa(G) through nitrogen compressor, after that it flows into the boosting end of high temperature expander where the pressure is raised to 3.527MPa(G), and then it exchange heat with the refluxed low pressure circulating nitrogen. When the temperature is to 207K, the gas is withdrawn from heat exchanger E1 and flows to high temperature expander to be expanded to 0.978MPa(G), and returns to heat exchanger E1 as refluxed gas, and goes out of cold box after rewarmed. The nitrogen coming from high temperature expander and being rewarmed in the heat exchanger flows into the boosting end of low temperature expander to be boosted to 1.517MPa(G), and then it flows into the heat exchanger E1 in the liquefier cold box to exchange heat with the refluxed low pressure circulating nitrogen. When the temperature is reduced to 145K, it is extracted from heat exchanger E1, and flows into the low temperature expander to be expanded to 0.021MPa(G), after which it returns back to the liquefier E2 and heat exchanger E1 as refluxed gas to cool the drag flow circulating nitrogen and liquefy feed gaseous oxygen. And then it is rewamed and goes out of cold box, and flows into turbo compressor or pipelines to start the next recycle. The liquid oxygen in the liquefier E2 is throttled to 0.2MPa(G), and then flows to the storage tank as product.

    When under LIN operating condition, the circulating nitrogen is compressed through nitrogen compressor, after that it flows into the boosting end of high temperature expander where the pressure is raised to 3.527MPa(G), and then it exchange heat with the refluxed low pressure circulating nitrogen. When the temperature is to 210K, the gas is withdrawn from heat exchanger E1 and flows to high temperature expander to be expanded, and then returns to heat exchanger E1 as refluxed gas, and goes out of cold box after rewarmed. The rewarmed nitrogen is boosted to 1.489MPa(G) in the boosting end of low temperature expander, and then it flows into the heat exchanger E1 in the liquefier cold box to exchange heat with the refluxed low pressure circulating nitrogen. When the temperature is reduced to 140K, it is extracted from heat exchanger E1, and flows into the low temperature expander to be expanded to 0.021MPa(G), after which it returns back to the liquefier E2 and heat exchanger E1 as refluxed gas to cool the drag flow circulating nitrogen and liquefy feed gaseous nitrogen. And then it is rewamed and goes out of cold box, and flows into turbo compressor or pipelines to start the next recycle. The liquid nitrogen in the liquefier E2 is throttled to 0.2MPa(G), and then flows to the storage tank as product.



    Applications:


    1. Depth refrigerant


    2. Pharmaceutical and biotechnology


    3. Source of energy


    4. Health care


    5. Aerospace Science And Technology


    6. Petroleum refining


    Competitive Advantage:


    1. The process employed by this liquefaction plant is an advanced and technologically experienced process to ensure reliable running, convenience operation, safety and low consumption.


    2. In design of the structure of air cooling column, the reliable measures for prevention of liquid overflow are taken.


    3. High reliability.


    4. Low power consumption.


    5. Low Working Pressure


    6. All gas and liquid plants are optimized to meet customer-specific site requirements


    7. Engineers available to service machinery overseas


    Quality Gas Steel Making Depth refrigerant Liquefaction Plant 4500 / 4500Nm3/h for sale
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