C.2.2 - Compare catalytic cracking, thermal cracking and steam cracking

[@Raiden_Amani]

Very explanatory!
Thank you so much! I had such a hard time understanding steam cracking in comparison to the rest.

[@isnatitas9227]

such an easy video to understand, thanks for making this video

[@Rashadrus]

You can completely break up in the liquid phase heavy oils and fuel oil, using zeolite at a temperature of 300 to 350 degrees, but it is better to use ultrasound to increase the efficiency of the catalyst, and do not forget to put a coke separator. Lighter fractions will appear at the output, but it must be done in a cycle in order to increase efficiency.
Zeolite with vacuum deposition of metals - 21% nickel, 72% copper, 6% tungsten, 1% thorium

[@mrstratau6513]

Do you know how is the Zeolite powder treated for reuse, over & over again?

[@mrstratau6513]

Thanks for the upload. How is the Zeolite powder treated for reuse, over & over again?

[@StudyErin]

what are the economic reasons for the cracking of petroleum fractions?

[@kreelanchetty2194]

Hi
Very interesting ideas
I am working on a project dealing with the cracking of ethane to form ethylene
Can you please provide me with references for your information?
Much Appreciate

[@themikebroadhead]

Good catch! The idea is right though. Careless error.

[@chengjiekng2892]

i think that's a 70atm for thermal cracking instead of 700kpa (7atm).

[@trentbaugh]

Thanks for the info !

[@Michelrs]

Why high pressure in t cracking

[@theTruthAlone]

Your equation for steam cracking is incorrect. You have more hydrogen then you started with.

[@ThePataks]

+theREALladyw22 than

[@MuhamadAriSubari]

Good,,

[@ziz7981]

سلام

[@moonibor9271]

Thank you soooo much 😍 you saved meee🙏🤍