Hangzhou Sunshine Gas Equipments Co

PSA Oxygen Plant
Product Specifications

  PSA Nitrogen/Oxygen Production Plant:

 

DTN Nitrogen Production Equipment  
Model Output of nitrogen Nm3/h Purity(%) Air Consumption Nm3/h
DTN10 10 96 24
DTN20 20 96 48
DTN30 30 96 72
DTN40 40 96 96
DTN50 50 96 120
DTN60 60 96 144
DTN80 80 96 152
DTN100 100 96 240
DTN120 120 96 288
DTN150 150 96 360
DTN200 200 96 480
DTN250 250 96 600
DTN300 300 96 720
DTN400 400 96 960
DTN500 500 96 1200
DTN600 600 96 1440
DTN1000 1000 96 2400
DTN1500 1500 96 3600
DTN2000 2000 96 4800
DTN2500 2500 96 6000
DTN3000 3000 96 7200
Model Output of nitrogen Nm3/h Purity(%) Air Consumption Nm3/h
DTN10 10 98 28
DTN20 20 98 56
DTN30 30 98 84
DTN40 40 98 112
DTN50 50 98 140
DTN60 60 98 168
DTN80 80 98 152
DTN100 100 98 280
DTN120 120 98 366
DTN150 150 98 420
DTN200 200 98 560
DTN250 250 98 700
DTN300 300 98 840
DTN400 400 98 1120
DTN500 500 98 1400
DTN600 600 98 1680
DTN1000 1000 98 2800
DTN1500 1500 98 4200
DTN2000 2000 98 5600
DTN2500 2500 98 7000
DTN3000 3000 98 8400
Model Output of nitrogen Nm3/h Purity(%) Air Consumption Nm3/h
DTN10 10 99 30
DTN20 20 99 60
DTN30 30 99 90
DTN40 40 99 120
DTN50 50 99 150
DTN60 60 99 180
DTN80 80 99 240
DTN100 100 99 300
DTN120 120 99 360
DTN150 150 99 450
DTN200 200 99 600
DTN250 250 99 750
DTN300 300 99 900
DTN400 400 99 1200
DTN500 500 99 1500
DTN600 600 99 1800
DTN1000 1000 99 3000
DTN1500 1500 99 4500
DTN2000 2000 99 6000
DTN2500 2500 99 7500
DTN3000 3000 99 9000
Model Output of nitrogen Nm3/h Purity(%) Air Consumption Nm3/h
DTN5 5 99.5 18
DTN10 10 99.5 35
DTN20 20 99.5 70
DTN30 30 99.5 105
DTN40 40 99.5 140
DTN50 50 99.5 175
DTN60 60 99.5 210
DTN80 80 99.5 280
DTN100 100 99.5 350
DTN120 120 99.5 420
DTN150 150 99.5 525
DTN200 200 99.5 700
DTN250 250 99.5 875
DTN300 300 99.5 1050
DTN400 400 99.5 1400
DTN500 500 99.5 1750
DTN600 600 99.5 2100
DTN1000 1000 99.5 3500
DTN1500 1500 99.5 5250
DTN2000 2000 99.5 7000
DTN2500 2500 99.5 8750
DTN3000 3000 99.5 10500
Model Output of nitrogen Nm3/h Purity(%) Air Consumption Nm3/h
DTN5 5 99.9 23
DTN10 10 99.9 45
DTN20 20 99.9 90
DTN30 30 99.9 135
DTN40 40 99.9 180
DTN50 50 99.9 175
DTN60 60 99.9 270
DTN80 80 99.9 360
DTN100 100 99.9 450
DTN120 120 99.9 540
DTN150 150 99.9 690
DTN200 200 99.9 900
DTN250 250 99.9 1130
DTN300 300 99.9 1350
DTN400 400 99.9 1800
DTN500 500 99.9 2250
DTN600 600 99.9 2700
DTN1000 1000 99.9 4500
DTN1500 1500 99.9 6750
DTN2000 2000 99.9 9000
Model Output of nitrogen Nm3/h Purity(%) Air Consumption Nm3/h
DTN10 10 99.9995 33
DTN20 20 99.9995 66
DTN30 30 99.9995 100
DTN40 40 99.9995 132
DTN50 50 99.9995 165
DTN80 80 99.9995 265
DTN100 100 99.9995 330
DTN150 150 99.9995 495
DTN200 200 99.9995 660
DTN250 250 99.9995 825
DTN300 300 99.9995 990
DTN400 400 99.9995 1320
DTN500 500 99.9995 1650
DTN600 600 99.9995 1980
DTN1000 1000 99.9995 3300
DTN1500 1500 99.9995 4950
DTN2000 2000 99.9995 6600
DTN2500 2500 99.9995 8250
DTN3000 3000 99.9995 9900

 

 

Main technique parameter table
Purity of the oxygen: 90-95%
Output of the oxygen: 3-200Nm3/h
Oxygen pressure: 0.2Mpa(can be increased to the pressure the user needs)
Dew point: =-450C (under normal pressure)
 
Model Oxygen output Nm3/h Oxygen purity±2% Oxygen pressure MPa Air consumption Nm3/min(0.6Mpa)
DTO-3 3 93 0.2MPa 0.95
DTO-6 6 1.9
DTO-10 10 2.8
DTO-20 20 5.6
DTO-30 30 8.4
DTO-50 50 14
DTO-80 80 22.4
DTO-100 100 28.4
DTO-150 150 42
DTO-200 200 56

 

DTC type purify equipment
Main technique parameter list
Gas purity=99.9995%
Oxygen containing=2PPm
CO2 containing =4PPm
Dew point=-60oC
 
Model Handle capacity Nm3/h Output Nm3/h Power KW Activator KG
DTC5-10 11 10 1.5 16
DTC5-20 22 20 3.0 32
DTC5-30 33 30 4.5 48
DTC5-40 44 40 6.0 64
DTC5-50 55 50 7.5 80
DTC5-60 66 60 9.0 96
DTC5-80 88 80 12.0 128
DTC5-100 110 100 15.0 160
DTC5-120 132 120 19.0 192
DTC5-150 165 150 22.0 240
DTC5-180 198 180 28.0 289
DTC5-200 220 200 30.0 320
DTC5-230 253 130 36.0 368
DTC5-250 275 250 39.0 400
DTC5-300 330 300 47.0 480
DTC5-330 363 330 49.0 528
DTC5-350 385 350 53.0 560
DTC5-400 440 400 58.0 640
DTC5-450 495 450 67.0 720
DTC5-500 550 500 75.0 800
Product Description

 PSA Nitrogen/Oxygen Production Plant:

Application fields of nitrogen

DNT series of nitrogen production equipment is widely used in fields of industry and mining companies, and scientific research, and the like.

.Heat treatment for metal: supply of nitrogen protection,Oozing nitrogen, brightness and anneal, and anti-oxidation.
.Electronical industry: using for supply of nitrogen protection for protection gas, dilution gas, taking with oxygen and automatization system semiconductor, and electron component processing, and the like.
.Powder metallurgy: nitrogen protection for powder agglomeration, and magnetism material agglomeration.
.Aluminum processing industry: aluminum products processing, and aluminum foil rolling gas protection
.Oil chemical industry: piping container for storing and filling nitrogen, replacement, leak hunting, and insulating protection of flammable gas.
.Medicine: material of pharmacy, packing for medicine with nitrogen, transportation and prevention for herbal medicine from moth and rot.
.Sea transportation: filling with nitrogen for transportation of kinds of chemical products, oil products, liquid natural gas, and so on.
.Protection for flammable and easy-exploded products: preventing dust exploding of storeroom and storing well, putting out a fire of the coal mine, transportation of ammunition.
.Compound fibre: Anti- oxidation by filling nitrogen and drawbench.float glass: gas protection in producing, anti-oxidation of stannum slot.
.Storing of foodstuff: insect killing, keeping fresh, and storing.
 
DTN nitrogen production equipments
 
working theory
DTN nitrogen production equipment is developed for nitrogen production based on the principle of Pressure Swing Adsorption (short for PSA) , which separates and getting nitrogen directly from compressed air by making use of high quality carbon molecular sieve as the adsorption material. Passing though purified and dried compressed air, making use of the selecting adsorption of the carbon molecular sieve to the oxygen and nitrogen in the compressed air, exerting dynamics domino offect, the diffusion rate of oxygen is much higher than nitrogen in tiny holes of carbon molecular sieve. When the adsorption doesn’t get to balance, the nitrogen is massed in the gas then the nitrogen product is formed. Then, after decompressed to be ordinary pressure, the absorption material disengages from the adsorbed impurity such as the oxygen and realizes rebirth. Normally, there are two adsorbing tower setted in the system, one adsorbs nitrogen, and the other disengages and regenerates. The two towers alternate and circulate with the gas valve controlled by PLC procedure, realizing a continuous producing of high quality nitrogen. Also, it can be disconnected producing, with a rapid startup and adjusting.
 
Features of product
.The whole equipment can be start and stop at any moment, with a short time startup and strong reliability. 
.Convenient examination and repair for equipment, only a few easy-broken parts..Operated conveniently, complete monitor facilities, and it is even can be operated fully mechanically. 
.Only a small covering of field and construction work, easily installation, a very low requirement for  workshop. 
.The design of absorption material inosculates technique from developed countries such as Germany, France, and Japan and so on, with both a double-floor bed and three-floor bed. The whole design of absorption material makes sure that the CMS won’t be leaked out and flowed, and insures the cleanliness of the nitrogen. 
.For the facility of producing the nitrogen above 200N3/h, its switch Valve adopts the stainless butterfly type valve, and its performing Machinery. Adopts the aluminum alloy material. For the facility of producing the nitrogen below 200N3/h, its switch valve adopts the piston valve controlled by pressure, which can be functioned properly for millions of times. 
.For the sets of controlling system, we adopt the advanced PLC controlling or data collecting supervising system,and the obligated joint can be supervised by computer.             
.The whole set of equipment doesn’t need make any base for it.
.The scientific structure design, special facility for gas diffusion,avoid the phenomenon of strike by high speed airflow and molecular sieve powered.
We adopt the inner-balance automatic pressing facility and special technique of molecular sieve filling, increasing the reliability of the whole set of machine for a long running.
 
Note: the design benchmark in this form is based on 0.8Mpa(pressure indicated by manometer)material compressed air, 20oC degree
Temperature environment, 0 m elevation, and 80%relative humidity.
 
DTO type oxygen production equipment
The oxygen making equipment is carefully and precisely developed utilizing PSA Pressure Swing Adsorption theory, using the high grade oxygen zeolite molecular sieve as the adsorbent, and segregate and producing oxygen directly at a ordinary temperature.
 
Oxygen producing theory
The compressed air absorbs most of the nitrogen. The oxygen flows through absorbing bed, massing on the top as the product, until the
molecular sieve reaches its saturation by absorbing nitrogen. Then, the air goes into the second adsorbent, outputs oxygen, and meanwhile, the first tower disengages  under ordinary pressure, releases nitrogen, then the molecular sieve get rebirth. Circling like this, the oxygen is produced continuously.
 
Technique characteristics:
The compressed air is configured with pretreatment facility such as the freeze-dry machine. The clean compressed air is good for a long using life of the molecular sieve.
Adopting advanced technique of new type of pneumatic stop valve from Germany, the start and closing time is 0.05 seconds, no leak, with a using and switch life of over one million times, which can meet the frequent using requirement of transformation absorption technics, with strong reliability.
Perfect flow design, choice of new type of molecular sieve.
Adopting new technics for oxygen producing, constantly optimizing device design, decreasing energy cost and capital investment.
The whole set device is installed beforehand, which reduces the spot installing time on the spot and insures the rapidity and simplification for the spot installation, and meanwhile ensures a better quality control.
There is a strict and design for the equipment, which can reduce the occupying area.
With a steady performance, controlled by PLC, it can realize the automation for the operation, with very low hitch rate.
The output and purity of the oxygen can be adjusted in a suitable range.

 

The application and purpose of the oxygen:
.Waste water treatment: Oxygen-enriched aeration of the Activated Sludge, oxygen- added for the pool and ozone sterilization.
.Melting glass: oxygen combustion-supporting, incision, increase the output of glasses, prolong the life of the stove, pulp bleach out and papermaking, chlorine bleaching transforms to oxygen-enriched bleaching.
.Non-ferrous metal smelting: smelt copper, zinc, nickel, and lead, and the like.
.Incise and construct in the field: steel tube and armor plate incise with oxygen-enriched, the mini type oxygen making machine will meet this requirement.
.Oxygen for petrochemical and chemical: Oxygen reaction in the production of petrochemical adopts oxygen-enriched oxidation instead of the air for oxidation reduction reaction, which can increase the reaction speed and the quality of chemical products.
.Mineral treatment: using in production of gold ect., which can increase the distilling rate of the noble metal
.Aquaculture: Oxygen-enriched aeration can increase the dissolvable oxygen in the water, boosting the fish output, supplying oxygen to transportation of the alive fish.
.Drinking water: supplying oxygen to ozone generator, ozone sterilization?
.Medical treatment and health care: In hospital, the oxygen supply, high pressure oxygen cabin, oxygen bar, and oxygen-cured centre, and so on, are centralized offered.
.Steel-making in electric cooker: decarbonization, oxygen combustion-supporting, foam dissolving residue, metallurgy control, and posterior heat additive.

 

Main technique parameter table
Purity of the oxygen: 90-95%
Output of the oxygen: 3-200Nm3/h
Oxygen pressure: 0.2Mpa(can be increased to the pressure the user needs)

Dew point: =-450C (under normal pressure) 

About Us:

Our Company is a consortium of highly experienced technocrats in the field of air separation technology with experience of more than 30 years.We have partner from China,Europe,Canada who are continuously engaged in sharing technology and their experience. 

We have state of the art factory and manufacturing unit located in Hangzhou city,As one of the most renowned and prosperous cities of China for much of the last 1,000 years, Hangzhou is also well-known for its beautiful natural scenery, with the West Lake (Xi Hú) as the most well-known.
 
Culture:
 
Hangzhou is renowned for its historic relics and natural beauty. It is often known as the most beautiful city in China. It has been ranked as one of the ten most scenic cities in China. Although Hangzhou has been through many recent urban developments, it still retains its historical and cultural heritage. Today, tourism remains an important factor for Hangzhou`s economy. One of Hangzhou`s most popular sights is West Lake. The lake covers an area of 6 square kilometres and includes some of Hangzhou`s most famous historic and scenic places. The area includes historical pagodas, cultural sites, as well as the natural beauty of the lake and hills.
• The world`s largest tidal bore races up the Qiantang River through Hangzhou reaching up to 40ft (12m) in height. 
• The oldest Buddhist temple in the city is believed to be Lingyin Temple ("Soul`s Retreat"), which, like most of the other 
   landmarks in this city, has gone through numerous destruction and reconstruction cycles. 
• Jingci Temple 
• Liuhe Pagoda 
• Baochu Pagoda 
• Yue-Wang Temple ("King Yue`s Temple") or Yue Fei Miao is near the West Lake and was originally constructed 
   in 1221 in memory of General Yue Fei, who lost his life due to political persecution. 
• Fenghuang Temple is one of the oldest mosques in China, the current construction at the intersection of 
  Xihu Road and the Central Zhongshan Road dating back 700 years to the Yuan dynasty.  

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