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Registrace 18. 04. 2020
Hardness and Conductivity of Cooling Water
What are hardness and conductivity and why are they important for refinery cooling water systems?
zhlédnutí: 721
Video
Basic Motor Troubleshooting from Chemical Engineer's Perspective
zhlédnutí 410Před rokem
How to troubleshoot an industrial motor. Is it an issue with the motor winding insulation? Also, what's a peckerhead?
Simplified Chemistry of Crude Oil, Gasoline, and Diesel
zhlédnutí 607Před rokem
Quick, basic explanation of crude oil, gasoline, and diesel. The target audience is those with limited to no chemistry background.
Basic Chemistry for Understanding Oil Refineries
zhlédnutí 369Před rokem
Learn basic chemistry that will help to understand how oil refineries work. A small amount of chemistry will go a long way in understanding crude oil, gasoline, diesel, and refinery operations.
Renewable Diesel and Biodiesel are not Synonyms
zhlédnutí 453Před 2 lety
Renewable diesel is one of the most discussed emerging fuels in the energy industry. This video provides a quick comparison of renewable diesel and biodiesel. If you want to be precise in your language when discussing these two liquid fuels, then this video should help!
What's the Difference Between a Conventional and Bellows PSV?
zhlédnutí 26KPřed 2 lety
The two most common types of pressure safety valves (PSV) are conventional and bellows. This video provides a brief overview of how the two are different.
Corrosion for Refinery Engineers
zhlédnutí 715Před 3 lety
A quick guide to types of corrosion that are commonly experienced in refineries. This is definitely more like an appetizer than a main course. Explanations are simplified and appropriate for an introduction to the types of corrosion.
FE Chemical Exam Overview
zhlédnutí 2,1KPřed 4 lety
Overview of the FE (Fundamentals of Engineering) Chemical Exam. This video provides the basic facts and exam logistics. I took the FE Exam myself and passed in August 2018, hopefully there is something in this poorly edited video that you will find helpful! For more sub-optimal chemical engineering content, check out my website, engmatt.com!
Path to PE (Professional Engineer) Chemical
zhlédnutí 795Před 4 lety
This video explains the process of how to become a professionally licensed engineer in the United States. This specifically takes you through the steps to becoming a Chemical PE. For more sub-optimal chemical engineering content, check out my website, engmatt.com.
Very clear and simple explanation. Thanks a lot 👍
Why do they call it renewable? Once you burn it up, it's gone .
Hi. Great video, but my question is how does the psv compensate for the back pressure once the relief valve has popped open? Won't the back pressure and pressure in relieving line equalize?
What a good video here, thanks mate
Phenomenal video. Please continue making videos if you're able.
Good video
Thank you, it helps much to me.
Good afternoon, I'm currently starting my preparation for the FE Exam Chemical, I am a chemical Engineer graduated in Cuba, Do you have any advice for me, any study method or courses? Thank you very much
Or just say F it like I did and don't waste your time. No one really cares if you have it or not.
Continue making this videos please
At 3:20, I inadvertently flipped the circulating cooling water and make-up cooling water conductivities. The cycle calculation should be circulating cooling water divided by the make-up cooling water.
Well done 🎉
Thanks Brother 😊
Great one..
Great video. Do you have any recommendations for proper study material? Any insight on problems that you practiced with? Level of difficulty compared to FE?
Just started working for Emerson and this was a great help. Thanks,
Thank you very much, to the point.
Good video Matt! A short and informative video. One suggestion - include the links from your video in your description.
Excellent! Very nicely presented in a clear and concise manner. Thank you
Very helpfull. Thanks!
Great presentation Matt! -- and very helpful. If there is hydrocarbon leakage from the PSV's atmospheric vent would that indicate a bellows failure - perhaps due to a significant increase in header pressure? --David Ranum
Perfect! This quick informational video was exactly what I was looking for. Thanks Matt!
Thank you for much valuable info. would you please to cover the API 571 for damage mechanism ?
Thank you sir much appreciated!
Matt very simple explanation with your radio broadcaster voice very helpful info for instrument commodity guys. Keep it up the good work. ex-colleague from Alberta.
nice video!
Very astute, well done
It will be great to watch a video talking about psv scenarios. That's a big guy for everyone going through safety systems. Amazing video mate!
Thanks mate.. It was well explained!
Just what I needed.
Great tutorials.
Very educational, I’ve crawled through a few towers during inspections, never thought about really putting much emphasis on the trays due to operations having control over that. I’ve seen missing tray valves and broken attachment welds as well. Maybe check out API 571 for more info over damage mechanisms. 👍🏼
This was very helpful! Thank you very much for making this presentation
Thanks Matt for the explanation. Is it necessary that letter of recommendation comes from people from the same filed/major? I am a chemical engineer who worked with mechanical PEs mostly and can provide the letter from them.