59 Carbon Loaded Nitrogen Purification Device High Purity Nitrogen Generator

• Customization: Available
• Application Fields: Chemical, Electronic, Food, Medical, New Energy, Petroleum, Pharmaceutical
• Certification: CE, ISO
• Model NO.: N-CP(A)300
• Condition: New
• Noise Level: Low
• Parts: Air Purification Components
• Purpose: Gas Manufacturing
• Purity: 99.999%
• Dew Point: -60degree
• Intake Air Pressure: 0.7-0.8MPa
• Environment Temperature: 0degree~45degree
• Purified Gas Losspurified Gas Loss: 10%
• CO2 Content: Lower Than 100ppm
• Transport Package: The Wood Box
• Specification: Large
• Trademark: SBK
• Origin: Jiangsu, China

Product Description

Gas type Item	Ordinary nitrogen index	High purity nitrogen index
Flux	440Nm3/h	400Nm3/h
Atmospheric dew point	-40ºC	-60ºC
Nitrogen purity	≥99.9%	≥99.999%
O2 content	≤1000ppm	≤10ppm
Outlet pressure	0.6MPa	0.5MPa(adjustable)
Pressure difference	≤0.10Mpa	≤0.10Mpa
Nitrogen oil content	≤0.001ppm
Nitrogen dust content	≤0.01μm
Nitrogen CO2 content	≤100ppm

1.Parameter table
Note: For the 440Nm³/h produced by the general nitrogen equipment, the drying and CO2 removal process in the production process of high-purity nitrogen consumes about 10% nitrogen, and the final production volume of high-purity nitrogen is 400Nm³/h2.
2.Others
Nitrogen purity: The nitrogen purity in the table above refers to the oxygen free content, the volume percentage content of (N2+Ar), indicating that the nitrogen purity in the final product gas is 100%- oxygen content
Nitrogen flow rate: Nm³/h at 20ºC, 0.101MPa standard state measurement
Workflow & Product Features:
The ordinary purity of the preparation of ≥99.9% of nitrogen into the nitrogen purification device, under the action of the catalyst, carbon and oxygen at a certain temperature to produce carbon dioxide, so as to remove the oxygen in nitrogen, the chemical equation is as follows: C+O2 =CO2+Q Since carbon dioxide is generated in the process of oxygen removal, in order to reduce the carbon dioxide content and dew point of the product gas, the equipment is equipped with a dryer, dust filter and other facilities to remove the water and dust in the product nitrogen to produce more than 99.999% of high purity nitrogen.The device is suitable for the purification of nitrogen or inert gas with oxygen content ≤0.001%, and the purified gas contains a small amount of carbon dioxide, which is suitable for the production process without special requirements for the amount of carbon dioxide in the product nitrogen.
Application Industry:
Products widely usedIt can be widely used in all walks of lifeIt is suitable for photovoltaic industry, petrochemical industry, metallurgy industry, coal industry, rubber tire industry, environmental protection industry, pharmaceutical industry, electronics, semiconductor, SMT industry, new energy lithium industry, chemical fiber industry and other fields.
Technical parameters of carbon carrier nitrogen purification device

Model	N-CP(A)400
Index	units	data	remark
Inlet flux  of nitrogen	Nm^3/h	440
Purity of inlet nitrogen	%	>=99.9	Non-oxygen content
Dew point of inlet nitrogen	ºC	<=-40	Atmospheric dew point
Residual oil of common nitrogen	ppm	<=0.001
Installation ambient temperature	ºC	0-45	indoor
Coolant temperature	ºC	<=32	hydraulic pressure0.25-0.4Mpa
The amount of gas lost	%	10	The re-gas of the dryer consumes 10% of the total flow rate
Working pressure	Mpa	0.6	0.4-0.8
Device pressure drop	MPa	0.1
Out let flux  of nitrogen	Nm^3/h	400
Purity of outlet nitrogen	%	≥99.999	Non-oxygen content, trace oxygen analyzer online detection
Outlet oxygen content	ppm	≤10	Trace oxygen analyzer online detection
Dew point outlet nitrogen	ºC	≤-60	Trace oxygen analyzer online detection
Carbon dioxide content	ppm	100
Residual oil of gas	ppm	<=0.001
Nitrogen dust content	um	≤0.01
Air inlet and outlet caliber	DN	65	flange
Number of deoxidizing towers	A (machine)	2	External heater
Carbon deoxidizer filling	kg	1300
13Xmolecular sieve	kg	1200
Plant rating	KW	48
circulating water	T/h	3
specification of the machine	mm	5300*2800*3800	For reference only, subject to the actual production design
Deoxidizer consumption	For every 1Nm3/h of 99.9% gas, 0.02kg of carbon deoxidizer is consumed dailyFor every 1Nm3/h of 99.9% gas, 0.02kg of carbon deoxidizer is consumed daily
Add deoxidizer cycle	Fill quantity /2 (need to add when consumed to half)/actual consumption (series use) Fill quantity /4 (need to add when consumed to half)/actual consumption (parallel use)