Alright class. Please take out a few sheets of paper, workbook 1, a calculator, and clear the surface of your desks of anything else. Yeah yeah, phones, backpacks, everything that was not listed. That means YOU too, Mister! We're going to start with a brief summary on atomic structures and....... I miss being a teacher. :p
Why would there be a catalyst? "[Diesel] is produced from the fractional distillation of crude oil between 200 and 350 °C (392 and 662 °F) at atmospheric pressure, resulting in a mixture of carbon chains that typically contain between 9 and 25 carbon atoms per molecule." Or at least, that's the process that would be used in the plants explained in this video: extraction of useful hydrocarbons from pumped crude oil. There are other processes of course, such as the Fischer-Tropsch process producing synthetic diesel, or the transesterification of the vegetable oil or animal fat feedstock producing biodiesel. To be honest, it may sound like I know something about all this, but everything I wrote above is lightly edited wikipedia: we're in the information age my dude. Anyway, here's the link to wikipedia explaining the various catalysts used in the Fischer-Tropsch process: en.wikipedia.org/wiki/Fischer%E2%80%93Tropsch_process#Catalysts
@@tabak_yt8947 Again, others will no more about the realities of petroleum refining than I, but in theory: fractional distillation as used at production scale is a continuous process that separates multiple different products simultaneously, to varying degrees of purity depending on the apparatus and configuration. In the case of butane, it is quite lightweight and volatile compared to diesel (thanks to butane's 4 cabon atoms, vs diesel's 9-24). This makes it is quite easy to separate butane simultaneously with obtaining the stock hydrocarbons for diesel. I'm not sure I'd be surprised to find a distillation column that doesn't separate the butane from diesel ingredients, but if one exists, I would expect it to be relatively special-purpose.
Bro the 1980s were great, I wasn’t born till 91 but all training videos in that era were amazing
the workbook is even better!
Actual education.
I didn't realize how much I needed to know about fractional distillation.
You know when you can just smell the 80's... this has that.
By watching these videos, a process technology student can get a head start on his studies.
The intro is lit 🔥🔥🔥🔥
Lmao yea.. a lil nostalgic
Very clear English & brilliant explanation! Keep posting
Wait theres a workbook!?!?!? I was never given a workbook, I'm gonna fail this class.
Alright class.
Please take out a few sheets of paper, workbook 1, a calculator, and clear the surface of your desks of anything else.
Yeah yeah, phones, backpacks, everything that was not listed.
That means YOU too, Mister!
We're going to start with a brief summary on atomic structures and.......
I miss being a teacher. :p
what ended your career?
@@stephenmitchell4393 the downsizing of school personnel
Thanks, It was a great help!
Old=good! finaly i got what is partial pressure and steam distilation!
The explanation leading up to 6:29 kinda makes me feel like this hole video is because someone at his plant screwed up.
Defanatly got highschool video lesson vibes!
Excellent presentation
It's 3am. I need my workbook!!
Provide us with Workbook PDF if possible
Really nice. very much useful information
do we have access to workbook thats being discussed in the video? any links for
downloading?
Can you fix the tracking of the VHS , it's the little wheel under the cassette deck ;)
The wha?
Very good information on behalfe ofThai appropiated tomuch.
I am being worked for Vesselcolum and Heat exchanger for plant.
Can't ever know to much, every thing is explosive!
Great vid!
Super and super dictation
What has youtube autoplay found for me today
I.. I just woke up and this was playing im scared
Im guessing its almost madmax time.
how can i get that work book
Thanks for sharing 😊
After distillation: what catalyst are used to obtain diesel?
Why would there be a catalyst? "[Diesel] is produced from the fractional distillation of crude oil between 200 and 350 °C (392 and 662 °F) at atmospheric pressure, resulting in a mixture of carbon chains that typically contain between 9 and 25 carbon atoms per molecule." Or at least, that's the process that would be used in the plants explained in this video: extraction of useful hydrocarbons from pumped crude oil. There are other processes of course, such as the Fischer-Tropsch process producing synthetic diesel, or the transesterification of the vegetable oil or animal fat feedstock producing biodiesel.
To be honest, it may sound like I know something about all this, but everything I wrote above is lightly edited wikipedia: we're in the information age my dude. Anyway, here's the link to wikipedia explaining the various catalysts used in the Fischer-Tropsch process: en.wikipedia.org/wiki/Fischer%E2%80%93Tropsch_process#Catalysts
If u dont take the butane of first u might need a catalyst ..for butane what works?
@@okuno54 excellent post
@@tabak_yt8947 Again, others will no more about the realities of petroleum refining than I, but in theory: fractional distillation as used at production scale is a continuous process that separates multiple different products simultaneously, to varying degrees of purity depending on the apparatus and configuration.
In the case of butane, it is quite lightweight and volatile compared to diesel (thanks to butane's 4 cabon atoms, vs diesel's 9-24). This makes it is quite easy to separate butane simultaneously with obtaining the stock hydrocarbons for diesel. I'm not sure I'd be surprised to find a distillation column that doesn't separate the butane from diesel ingredients, but if one exists, I would expect it to be relatively special-purpose.
Workbook? What workbook? I’m a 13 year old watching this at 9:00PM on a Wednesday night.
I am a teacher and its Saturday - what are you complaining about? This is absolutely riveting. Workbook period six.
Did you pass?
You’re grounded,, lol
lol, the kids are alright
Hola. Y la versión en español de este y la parte 2, en donde ?. Gracias.
17:20
23:35 不同的塔盤構造
25:13 蒸餾塔輔助設備(加熱爐、再沸器、冷凝器)
Zerrrr4455
t4tut0rr
rr
rrrrrrr4rrrrrrrru4rrrrtrk13rrrrrtrr
Fantastic narration. No UMs or needless words or utterances. Did I mention also NO DAMN MUSIC.
Back when broadcasting was taken seriously and very professionally.
No irritating music!
this guy reminds me of Phil Hartman.
how i can get the work book ?!
Colon blow!!
Temperachures^^
Distillation Part 1
There is a part 2
nice....
Why water boil in a vacuum?
Less pressure to keep it as a liquid
Oh no, I forgot my workbook!
When wearing just one pair of glasses wasn't nerdy enough he maxed out with googles on the helmet.
why are there not explanations like this one anymore
the west has fallen to the Gay Demigods, with some luck in 80 to a 100 yrs we will get are shit together and kick out the woke !
Anyone seen my workbook? Dang it now I am behind already.
Late assignments will not be accepted.
I don't know how I got here but I think I broke the algorithm because I'm too dumb for this
26:59🤣🤣 so the producer finally got tired of him saying PERIOD And he finally got it right and said section. 🤣🤣🤣🤣
,
Fuck where's my workbook.