Hangzhou Hangyang Cryogenic Liquefaction Equipment Co., Ltd

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27000 / 1000Y ( Nm3/h ) Liquid Nitrogen Generator stainless steel

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Hangzhou Hangyang Cryogenic Liquefaction Equipment Co., Ltd
City:hangzhou
Province/State:zhejiang
Country/Region:china
Contact Person:MsLou Yizhen
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27000 / 1000Y ( Nm3/h ) Liquid Nitrogen Generator stainless steel

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Brand Name :Hangyang
Model Number :KDN
Certification :CE/ASEM/GB
Place of Origin :China
MOQ :1 set
Price :according to actual requirement
Payment Terms :negotiation
Supply Ability :according to actual requirement
Delivery Time :according to actual requirement
Packaging Details :wooden case, nude packing, container
Product Name :KDN-27000/1000Y Liquid nitrogen generator
Pressure(MpaG) :0.7
Output(Nm3/h) :10000~27000
Material :Carbon steel, Al, stainless steel
Delivery Term :FOB Shanghai
Package :Seaworthy packing
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Liquid nitrogen generator 27000/1000Y(Nm3/h) KDN-27000/1000Y

Specifications:

The followings are the standard products for the Liquid Nitrogen Generator KDN series which are manufactured by our company. Regarding other particular product can be calculated and designed according to the actual requirements.

MODEL

CONTENTS

KDN-17000/100Y

KDN-18000

KDN-19000

KDN-20000/200Y

GAN/LIN flow

Nm3/h

17000/100

18000

19000

20000/200

GAN/LIN purity

ppm

1ppm(O2)

5ppm(O2)

≧99.9%(N2)

5ppm(O2)

GAN/LIN pressure

MPa

0.75

0.01

0.01

0.7

Subcooled

K

286.15/80.5

296.15

296.15

286.15/102.15

Typical Product: KDN-27000/1000Y LIquid nitrogen generator

Output, purity and pressure

Flow (Nm3/h)

Purity

Pressure MPa(G)

Subcooled (K)

GAN

27000

≥99.5%(N2)

0.7

313.15

LN

1000

≥99.5%(N2)

0.7

100.15

Description:

  1. This plant employs a process in which the air is purified by molecular sieve, expansion turbine is provided with braking effected by fan and nitrogen is produced by means of single column with expansion accomplished through backflow.
  2. A small part of purified process air is drawn out to be used as instrument air and the remainder is fed into main heat exchanger. The expanded waste nitrogen is drawn, which cooled after being expanded to a saturation temperature and moisture- bearing to a certain extent, is throttled into the bottom of nitrogen column for participation in rectification. The nitrogen gas and liquid nitrogen are then obtained at the top of nitrogen column while the saturated and oxygen-rich liquid air at the bottom of column is throttled into the evaporation side of condenser evaporator to condense the nitrogen gas at the top of column.
  3. Oxygen-rich liquid air at the evaporation side of condenser evaporator is heated and evaporated to be saturated gas by nitrogen gas at the top of column, and then it is drawn out and into cold end of main heat exchanger after being re-warmed, it is drawn out and into turbo-expander to be expanded and refrigerated.
  4. Expanded oxygen-rich liquid air enters main heat exchanger to be re-warmed to normal temperature and to be fed out of cold box; partial gas is to be regeneration gas for molecular sieve adsorber, partial gas is sent to the user, and the rest is blown off.
  5. The nitrogen gas and liquid nitrogen are drawn out of the top of nitrogen column. The nitrogen gas flows out of cold box to the client after it is reheated in main heat exchanger to a normal temperature.

27000 / 1000Y ( Nm3/h )  Liquid Nitrogen Generator stainless steel

Applications:

  • Pulp & Paper
  • N2 Converter Rental
  • Depth refrigerant
  • Food industry
  • Pharmaceutical and biotechnology

Competitive Advantage:

1. Our company has a high market share in China

2. Perfect technology R&D system

3. The advanced software introduced from abroad for calculation of performance is used to analyze the optimization of process adopted by this plant. The more advanced program developed by Hangyang itself on the basis of rectification design module from Linde for rectification calculation and verified in many air separation plants is applied to ensure the price proportion of optimum technical/economical figures to fine performance.

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