High purity low pressure Liquid Nitrogen Generator 0.1ppm N2 GAN KDN manufacturer from China Hangzhou Hangyang Cryogenic Liquefaction Equipment Co., Ltd

High purity low pressure Liquid Nitrogen Generator 0.1ppm N2 GAN

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: KDN

Liquid nitrogen generator 4000Nm<su

Liquid nitrogen generator 4000Nm³/h KDN-4000

Specifications:

Standard products for the KDN 3500~4000 series manufactured by our company

For other products can be calculated and designed based on the actual conditions and requirements.

MODEL CONTENTS		KDN3500	KDN-3700/1350Y	KDN-4000	KDN-4000
GAN/LIN flow	Nm³/h	3500/50L/h	3700/1350	4000/200	4000/400L/h
GAN/LIN purity	ppm	5ppm(O2)	10ppm(O2)	1ppm(O2)	20ppm(O2)
GAN/LIN pressure	MPa	0.8	0.75	0.8	0.6
Subcooled	K	286.15/103.5	303.15/103.5	286/95.15	286.15/97.15

Typical Product: KDN-4000 Liquid nitrogen generator

Output, purity and pressure

	Flow (Nm3/h)	Purity	Pressure MPa(G)	Subcooled (K)
GAN	4000	≤0.1ppm(O₂)	0.95	286.15

Description:

This plant employs molecular sieve to purify air, waste nitrogen backflow expansion process.

The air removed with particle impurities goes into molecular sieve after being compressed in compressor. Then it goes into main heat exchanger to reduce temperature gradually until to the saturated temperature, following which it goes into nitrogen column for rectification.

The air is condensed in the nitrogen column continuously, by which the nitrogen content grows up, and obtain product at the top of nitrogen column. At the same time part nitrogen drawn from the top to main heat exchanger for being rewarming, and then sent to the client.

The rest nitrogen at the top goes into condenser evaporator to be condensed to liquid nitrogen which goes back to nitrogen column to follows rectification. The oxygen-rich liquid air at the bottom is throttled to liquid air subcooler to be evaporated to oxygen-rich air which drawn from the top to main heat exchanger to be rewarmed, and then it is drawn from the middle of main heat exchanger to turbo expander.

Oxygen-rich air out of cold box after being rewarmed in main heat exchanger, part of which is as the regeneration gas of MS, the rest is blown off.