杭州富陽天澳空分設(shè)備有限公司

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低溫空分制氧設(shè)備
低溫空分制氧設(shè)備

地:富陽市

貨物所在地:浙江杭州市

更新時間:2025/2/15 11:34:12

訪問次數(shù):215

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中級會員·6年
聯(lián)人:
劉先生
話:
0571-63165088
機:
15257148656
后:
0571-63425168
真:
86-0571-63165088
址:
杭州富陽區(qū)銀湖街道高爾夫路168號
化:
www.fytakf.com
網(wǎng)址:
www.hztianaokf.com/

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供應(yīng)簡介
富陽天奧空分設(shè)備有限公司是一家股份制*,是一家集研究、開發(fā)、制造制氮機(PSA制氮設(shè)備)、工業(yè)制氧機(PSA制氧設(shè)備)、制氮設(shè)備(低溫深冷空分氮氧分離)、氣體純化、壓縮空氣凈化等氣體設(shè)備,還承接各種氣體非標設(shè)備的設(shè)計、制造和技術(shù)咨詢。


詳細介紹

 

低溫空分制氧設(shè)備詳細信息
低溫空分制氧設(shè)備工藝流程

1、2冷卻水系統(tǒng):提供成套設(shè)備中的循環(huán)冷卻水。

3、空氣壓縮機:提供制氧所需的原料空氣,壓力0.7MPa

4、5空氣預(yù)冷系統(tǒng):對空氣壓縮機排出的原料空氣進行降溫和除水。

6、7分子篩純化系統(tǒng):利用分子篩進一步除去原料空中的游離水、

二氧化碳、乙炔及其他碳氫化合物。

9、10精餾塔:使空氣液化,分離氧氣氮氣,提取合格的氧氣。

12、13氧氣灌裝系統(tǒng):成品氧氣通過氧氣壓縮機增壓灌裝,或童過液體儲槽儲存。

參數(shù):


型號
氧氣產(chǎn)量(Nm3/h)純度%壓力(Mpa)充瓶數(shù)/h(40L)
TAO-3392%-95%
(深冷空分裝置99.6%)
0.2Mpa-15Mpa0.5
TAO-551
TAO-10102
TAO-15153
TAO-20204
TAO-30306
TAO-40408
TAO-505010
TAO-606012
TAO-707014
TAO-808016
TAO-10010020
TAO-20020040
TAO-30030060

機技術(shù)特點: 
●壓縮空氣配置了空氣純化干燥處理裝置,潔凈干燥的空氣,有利于分子篩的*使用壽命 
●采用的新型氣動截止閥,啟閉速度快,無泄露,使用切換壽命長,能滿足變壓吸附工藝頻繁使用,可靠性高 
●完善的流程設(shè)計,新型分子篩的選用 
●采用制氧新工節(jié),不斷優(yōu)化裝置設(shè)計,降低能耗和資本投資 
●設(shè)備結(jié)構(gòu)設(shè)計緊湊,減少占地面積 
●設(shè)備性能穩(wěn)定,采用PLC控制,可實現(xiàn)全自動操作,年運行故障率低 氧氣產(chǎn)量和純度可在適當范圍內(nèi)調(diào)節(jié)。

Oxygen, Nitrogen and Argon will be produced by air separation using cryogenic distillation process.
Air Compression, Cooling & Purification
The atmospheric air will be compressed in a multistage centrifugal turbo air compressor (ATC) equipped with suction air filter and inter/ after coolers. The heat of compression will be rejected in the intercoolers, after coolers and further cooling upto desired temperature will be done in air water tower through waste nitrogen gas & chilled water. A demister will be used to free water from the air stream. Moisture separator shall be provided.
The pre-cooled air will be passed through twin bed adsorber towers containing activated alumina and molecular sieve to remove moisture, carbon dioxide, as well as hydrocarbon impurities from air steam. After passing through the bed, the air passes through a dust filter that removes any molecular sieve fines that may be present. A small stream of air will be withdrawn downstream of the dust filter to meet the instrumentation air requirement of ASU.
One of the two vessels will be in operation while the other will be reactivated by waste Nitrogen coming form the cold box. The regeneration gas (waste Nitrogen) will be heated in electrical heater in the heating cycle of regeneration.
At the outlet of the air purification unit, the main stream of purified air will be divided into two streams. While the first stream of purified air (Medium pressure air at 5-6 kg/cm2 g) will enter the main exchanger in the cold box, the other stream of purified air will be further compressed to high pressure in a multistage centrifugal booster air compressor (BAC) and then it will enter the cold box. Both the medium MP (medium pressure)and HP air will be cooled down by heat exchange with the counter current liquid Oxygen to produce product gaseous Oxygen, product gaseous Nitrogen and waste gaseous Nitrogen steam in the main exchanger (inside the cold box).
Air Distillation
The air distillation takes place in the Air Separation Unit cold box consisting of main heat exchanger, nitrogen heaters, bottom column, top column, main condenser, argon condenser, argon columns, expansion turbine, cryogenic pumps etc.
The MP air (at 5-6 kg/cm2 g) which will be nearly to dew point, enters the bottom column which perform the first separation.
Part of the HP air will be used to produce required refrigeration by taking it out of the main exchanger at an appropriate point and expanding it in an expansion turbine. This expanded air will be fed to the MP column (at the bottom of the bottom distillation column). The other part of the HP air will be further compressed in the booster connected to the turbine to elevate the pressure level to vaporize liquid Oxygen in the main exchanger and then expanded through an expansion valve before it enters the MP column (i.e. at the bottom of the bottom distillation column). Oxygen and Nitrogen will be separated from the air by Cryogenic distillation from the cold box.
In order to produce Argon, the Argon rich stream of liquid from intermediate level of the top column will be fed into the pure Argon column where it is stripped of its Nitrogen content. Pure liquid Argon product from the bottom of the column will be sent to the storage tank.
All distillation columns shall be with structured packing for high degree of efficiency with minimum energy consumption.
Layout of the Plant shall be such that control room and cold box are located near compressor building and easily approachable.

 

 

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