@@Antonio_Tripodi Dear Antonio, what a coincidence that currently I was watching 1 of your video on Carbon capture and truly indulge with the book and the ASPEN package with some language barrier as mentioned. I think it's a great way to teach as it combines actual simulation along with text and more importantly the mechanism it follows throughout its course. Being a chemical engineer, I'll definitely share your content with my colleagues and juniors. Keep it up. Love from Pakistan. Nauman
@@MNaumanUllah yes, my goal is ti convey the principles of the process, and to develop case studies based on real scientific literature, not just examples without explanations or real-life meaning. Otherwise, one may learn only how to use Aspen, but not learn the chemical process. Thanks again for the supporto.
@@arijitbiswas4448 thanks for the positive feedback. I already uploaded a series of 9 videos in english on the styrene processo. From now on everything Will be in english
This is really good work but I am not able to get the same results. Conversion is not satisfactory while I was doing it many times. Can you please help with it?
In genere Aspen suppone che tu conosca il meccanismo di reazione e abbia i parametri cinetici. Una volta che la velocità di reazione è espressa in forma algebrica, poi si tratta di dimensionare il reattore. Ad ogni modo la bibliografia sull'argomento devi raccoglierla tu.
Ciao, ti ringrazio in tanto per l'attenzione e la risposta, per la mia questione vorrei chiederti una spiegazione più specifica, avresti un recapito come una mail per poterti scrivere in privato?
@@3DEngineeringprints then fill in the kinetic forms as in the video, then add catalyst (and enlarge the reactor) until you reach your design target. I assume that you have already assessed your plant balances.
@@Antonio_Tripodi Could you please provide me any xls sheet as i do not have Aspun Plus. Or any research paper where all the calculations are given in a detailed manner.
Dear that's really good work and I appreciate your efforts. Kindly make videos in English please.
Thank you for the appreciation. I will try to make the next workshop in english.
@@Antonio_Tripodi Dear Antonio, what a coincidence that currently I was watching 1 of your video on Carbon capture and truly indulge with the book and the ASPEN package with some language barrier as mentioned. I think it's a great way to teach as it combines actual simulation along with text and more importantly the mechanism it follows throughout its course. Being a chemical engineer, I'll definitely share your content with my colleagues and juniors. Keep it up. Love from Pakistan.
Nauman
@@MNaumanUllah yes, my goal is ti convey the principles of the process, and to develop case studies based on real scientific literature, not just examples without explanations or real-life meaning. Otherwise, one may learn only how to use Aspen, but not learn the chemical process. Thanks again for the supporto.
@@Antonio_Tripodi .The efforts made is really good. I appreciate if you can make the video series in English. Thanks
@@arijitbiswas4448 thanks for the positive feedback. I already uploaded a series of 9 videos in english on the styrene processo. From now on everything Will be in english
Complimenti, video molto interessante. Sono previsti altri workshop?
Si, entro fine mese.
@@Antonio_Tripodi sarei interessato a partecipare
Mi contatti via email:
antonio.tripodi83@gmail.com
This is really good work but I am not able to get the same results. Conversion is not satisfactory while I was doing it many times. Can you please help with it?
Are you inputing the same values as in the video, or are you trying other specifications of your own?
Buongiorno, stavo cercando informazioni sul cracking catalitico del metano, avete qualche programma a riguardo?
Intendi la combustione catalitica o il reforming?
@@Antonio_Tripodi intendo la combustione catalitica del metano, che si scinde in carbonio ed idrogeno
In genere Aspen suppone che tu conosca il meccanismo di reazione e abbia i parametri cinetici. Una volta che la velocità di reazione è espressa in forma algebrica, poi si tratta di dimensionare il reattore. Ad ogni modo la bibliografia sull'argomento devi raccoglierla tu.
Sir, do you have biogas simulink model using anaerobic digestion?
No, i haven't running simulink models at hand
Ciao, ti ringrazio in tanto per l'attenzione e la risposta, per la mia questione vorrei chiederti una spiegazione più specifica, avresti un recapito come una mail per poterti scrivere in privato?
Prego:
antonio.tripodi83@gmail.com
@@Antonio_Tripodi
Hello
Do you have number your WhatsApp
How to find the quantity of catalyst required?
that depends on how much CO2 you have to treat
@@Antonio_Tripodi i have to treat 2.5 m3/hr is CO2 and 7.5 m3/ hr is H2.
@@3DEngineeringprints then fill in the kinetic forms as in the video, then add catalyst (and enlarge the reactor) until you reach your design target.
I assume that you have already assessed your plant balances.
@@Antonio_Tripodi Could you please provide me any xls sheet as i do not have Aspun Plus. Or any research paper where all the calculations are given in a detailed manner.
I can't get your results either
Could anyone translate this video ?