Oxygen generation by VPSA technology (Mahler AGS GmbH) | NEW

Подписаться 1,9 тыс.

Просмотров 221 тыс.

50% 1

Explanatory video by Mahler AGS GmbH
Oxygen generation featuring vacuum-pressure swing adsorption technology. This process stands out due to low specific energy consumption (in comparison to cryogenic oxygen generation), high reliability and flexibility.
These plants are in operation world wide in the glass industry, pulp and paper industry, metallurgical applications, in chemical processes, waste water treatment, ozone generation, fish farming and biological processes just to name the most prominent.
More information about Mahler, this technology and other processes can be found on our webpage www.mahler-ags.com
Legal information (Mahler AGS GmbH): www.mahler-ags.com/impressum.htm

Наука

Опубликовано:

9 авг 2018

Ссылка:

Скачать:

Готовим ссылку...

Добавить в:

Мой плейлист

Посмотреть позже

Комментарии : 40

@varungoyal2827 3 года назад

This single video is better than 100 videos on PSA technology.....nobody was able to explain how Regenration happens

@karmatseringstar 3 года назад

oxygen produced is split into two. Small part is fed back into the canister of Zeolite Molecular Sieve 5A to flush out the accumulated nitrogen which is not showing in your animation. Rest is very helpful.

@dhananjay4525 3 года назад

Accurate blend of self explanatory video and a soothing music!

@manishsingh-ib6xb 3 года назад

Bro u cleared my all concepts thanku very much

@larsklingstrom5252 5 лет назад

Good animation to show the principals of VPSA technology

@mahleragsgmbh2202 5 лет назад

Thank you very much for your positive feedback!

@jhonmichaelpintaseminario664 3 года назад

Excuse me, what software did you use to make the animation?

@darpan5552 3 года назад

So good, so understandable

@ELECTROxigeno76. Год назад

Super Great Animation, tks 🎩♿

@raulsumire4562 3 года назад

GOODNIGHT. WITH WHICH ALTERNATE TIME INTERVAL BETWEEN COLUMNS?

@SimonAmazingClarke 3 года назад

Nice simple explanation. I remember these being new on aircraft 30 years ago. It was the latest high tech.

@donatrickschannel8895 3 года назад

NICE ANNIMATION

@divyaagribiotech8425 4 года назад

How much does it cost? and where we can find this technology??

@brucelockaby854 3 года назад

Great video, great animation! Where does the Carbon from air go?

@AA-xe1gg 2 года назад

I think Carbon is filtered out from air in a previous step.

@sejovasquezruiz7637 3 года назад

excelente

@marceloballesteros2940 4 года назад

muy bueno

@ThangTran-xw3dk 4 года назад

Let me ask you what software you use to draw

@MohamedEldakamawy 3 года назад

after effect, I think

@zoubirbencharif7817 3 года назад

how it cost

@ThangTran-xw3dk 4 года назад

what software are you using admin?

@shariqkhan4496 4 года назад

Hi Thang, Did you manage to get the name of the software? Thanks.

@KhalidMoftah 4 года назад

What is inside sepration vesel

@davidcruz6847 4 года назад

Khalid Moftah molecular sieve designed to extract nitrogen while allowing oxygen to pass

@TheSarcasticClown 4 года назад

Zeolite

@realjohnjones 3 года назад

0:31 If oxygen would be pushed reverse, would it push nitrogen out of the absorption cells?

@enriquegonzalez2802 3 года назад

Yes, but it's a wasted oxygen

@2988juanjo 3 года назад

@@enriquegonzalez2802 do you know how does that vacum is filled? And what push the nitrogen to out

@enriquegonzalez2802 3 года назад

@@2988juanjo Some systems only depressurize to clean. This employs a vacuum compressor instead. The system that depressurize, must waste some oxygen to first fill in. The vacuum one never waste precious oxygen and also is better because you may use a bigger vacuum pressure to empty the container from nitrogen.

@NitinRana108 3 года назад

@@enriquegonzalez2802 why these are so expensive to buy... is it possible get the nitrogen absorving material from somewhere at cheap rate and make my own concenterator?

@ramesht4896 3 года назад

Good

@matrizxxii 2 года назад

decubri que se llenan los tanques de oxigeno es facil utilice un concentrador de oxigeno electronico hice el experimento con dos tanque para buzo y uno pequeño de primeros auxilios y fue todo un exito y medi con un oximetro ambiental el porcentaje que sale del tanque una vez rellenado con el concentrador de oxigeno y me marco 95 % y dije perfecto