😂

@@munachisochukwu5681 🙏

@@adeduntan 😁

Thanks a lot for your kind words. Firstly, it depends on your current knowledge. Are you a Petroleum Engineer? or you just became interested with the Drilling Engineering facet of Petroleum Engineering? If this is the case we will need to talk ([email protected]) else If you are a Petroleum Engineer interested in Drilling Engineering, then it depends on your aptitude. I love Engineering and Design so the Petroleum Engineering Handbook (volume 2) was very interesting.

Many many thanks

Appreciated, thanks

Thank you, I will

Gauge cutters are excluded from the wear assessment in the outer rows during the dull grading of drill bits because their primary function is maintaining the hole diameter rather than actively engaging in cutting. Separating the wear grading of gauge cutters from the main cutters simplifies the assessment process. This allows for more straightforward and standardized reporting, essential for making informed decisions on bit usage and replacement. By excluding gauge cutters, the dull grading process remains consistent and focused on the cutters directly responsible for the cutting performance. This ensures a more accurate and meaningful assessment of the bit’s overall condition and performance. Simply put, excluding gauge cutters from the wear grading of the outer rows provides a more accurate and relevant evaluation of the bit’s cutting performance and ensures consistency in the grading process.

Wooooow, just wow! Weldone boss!​@@XteemWellEngineering

Thanks a lot for the feedback!! It is indeed encouraging! I won’t stop! I guarantee you. Thanks again.

In Nigeria??

@@XteemWellEngineering Libya

In Libya

@@faresakremi9830 As far as I know, there is a lot of work to be done here in Nigeria, and not enough rigs! Regardless, I will speak to the ones I know to see if they have anything in/or close to Libya. My email address is [email protected]

Hi Sorin, thanks for your comments. Are there specific rule to what you post on KZbin? Please educate me. Also What kind of videos would you love to see?

мои искренние извинения, что неясно. Это видео было снято посреди ночи, так как это была настоящая операция. У нас были проблемы с нестабильностью ствола скважины, и мы чуть не застряли. Для очистки скважины пришлось выполнить несколько оборотов. Затем мы увеличили плотность бурового раствора, чтобы сохранить устойчивость ствола скважины. Как только мы увеличили вес бурового раствора, мы перестали экономить, как вы видите на видео. Еще раз мои извинения.

moi iskrenniye izvineniya, chto neyasno. Eto video bylo snyato posredi nochi, tak kak eto byla nastoyashchaya operatsiya. U nas byli problemy s nestabil'nost'yu stvola skvazhiny, i my chut' ne zastryali. Dlya ochistki skvazhiny prishlos' vypolnit' neskol'ko oborotov. Zatem my uvelichili plotnost' burovogo rastvora, chtoby sokhranit' ustoychivost' stvola skvazhiny. Kak tol'ko my uvelichili ves burovogo rastvora, my perestali ekonomit', kak vy vidite na video. Yeshche raz moi izvineniya.

Kindly reach me on [email protected]

Hi Mike, my point exactly. The drifts need to be made of a 'softer' material so that it doesn't damage the connections on the way in or out. However, because of the softer nature of the material used, the drift needs to be properly calipered to ensure that the drift has the recommended drift OD before use.

Thanks for listening

Glad it was helpful!

Glad you like them!

You got this!

thanks!

Glad it was helpful!

Thanks Barry!!!

I agree completely! Thanks for this comment. I’m surely going to remake those ROV survey videos sometime in the future.

Daalu!!!

Nice! However understanding what is behind the software is much more important. As Drilling Engineers we should all be able to design a well without softwares…. Do this and you win all the time! Please send me a message on [email protected]

Glad it was helpful!

Thanks, will do!

Hi Hussein Rabias books are excellent books! I agree! I read the first two you mentioned starting up in the industry. I acknowledge that the book helped a lot with Drilling Hydraulics hand calculations (Bingham Plastic and Power law). The book also helped me understand Kick Tolerance calculations. Unfortunately I don’t have a hard copy to put up 😔 I hope to own all hard copies of his books someday if I can find them. Thanks a lot for the comments!!

It was a 26in Bit. Flow rate was a range 100gpm - 1000gpm. You increase flow rate as you proceed, as formation gets competent deeper. Seawater was used, and 50bbls of sweeps to clean the hole every 15m jetted.

Thank you so much 😀