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Home > Products > Air Separation Plant > Cyyasu15 Insdusty Asu Air Gas Separation Oxygen Nitrogen Argon Generation Plant

Cyyasu15 Insdusty Asu Air Gas Separation Oxygen Nitrogen Argon Generation Plant

Basic Info

Model No.:  CYYASU15

Product Description

Model NO.: CYYASU15 Object: Steel Mill, Electrical Products, Welding Operating Type: Continuous Type Centrifuge Type: Tube Centrifuge Extraction Tower Type: Fractionating Column Condition: New Air Separation: Cryogenic Voltage: 380 V/50 Hz Trademark: CYY Origin: China Type: Air Separation Plant Separation Mode: Rectification Installation: Vertical Distillation Equipment Type: Steam Distillation Equipment Pressure: Low Pressure Gas Source: Gas Production Purity: 99.999 Lox Flow: 200y-80000y Specification: ASME, GB, PED, CE HS Code: 8413709990  Cyyasu15 Insdusty Asu Air Gas Separation Oxygen Nitrogen Argon Generation Plant


Product Description

An air separation plant separates atmospheric air into its primary components, typically nitrogen and oxygen, and sometimes also argon and other rare inert.

 

AIR SEPARATION PLANT SPECIFICATIOIN TABLE
MODEL CONTENTS KDON-200Y/200Y KDON-500Y/500Y KDON-1000Y/1000Y KDON-1500Y/1500Y KDON-2000Y/2000Y KDON-3000Y/3000Y KDON-4500Y/2000Y
*LOX flow Nm3/h 200 500 1000 1500 2000 3000 4500
LOX purity %(O2) 99.6 99.6 99.6 99.6 99.6 99.6 99.6
*LIN flow Nm3/h 200 500 1000 1500 2000 3000 2000
LIN purity %(N2) 99.999 99.999 99.999 99.999 99.999 99.999 99.999
*LAr flow Nm3/h - - 25 40 55 95 145
LAr flow %(Ar) - - 99.999 99.999 99.999 99.999 99.999
Star-up time (h) 8~12 ~20 ~24 ~24 ~24 ~24 ~24
Operating period (Y) ≥1 ≥1 ≥2 ≥2 ≥2 ≥2 ≥2


The ASU Plant produce Liquid Gas as the following Seven Steps:

1.Before compression the air is pre-filtered of dust.

2.Air is compressed where the final delivery pressure is determined by recoveries and the fluid state (gas or liquid) of the products. Typical pressures range between 5 and 10 bar gauge. The air stream may also be compressed to different pressures to enhance the efficiency of the ASU. During compression water is condensed out in inter-stage coolers.

3.The process air is generally passed through a molecular sieve bed, which removes any remaining water vapour, as well as carbon dioxide, which would freeze and plug the cryogenic equipment. Molecular sieves are often designed to remove any gaseous hydrocarbons from the air, since these can be a problem in the subsequent air distillation that could lead to explosions. The molecular sieves bed must be regenerated. This is done by installing multiple units operating in alternating mode and using the dry coproduced waste gas to desorb the water.

4.Process air is passed through an integrated heat exchanger (usually a plate fin heat exchanger) and cooled against product (and waste) cryogenic streams. Part of the air liquefies to form a liquid that is enriched in oxygen. The remaining gas is richer in nitrogen and is distilled to almost pure nitrogen (typically

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