FREE WEBINAR on CORROSION!

Are you someone who really needs to talk about their corrosion issues with a third person to get a fresh perspective?

Would you like to know -

How the researchers look at corrosion
How the industry looks at corrosion
How can they help each other
How to apply corrosion fundamentals
How one can learn corrosion anytime anywhere

Well, here's your chance!

I am excited to announce a webinar on corrosion - absolutely free!

Titled "Corrosion - What art thou?", this webinar is my attempt to get in touch with my connections and communicate my learnings about corrosion.

Details of the event are as below -

Date: 21st October 2021

Timing: 14:00 to 16:00 hours INDIAN STANDARD TIME

Venue: Live stream on my YouTube channel!

It will be livestreamed on my Youtube channel CORROSPECTIVE! Click on the link below to see the recording -

If you have any questions to discuss, feel free to get in touch with me before 20th October!

Something important...Will you get a certificate of attendance?

YES!

All the participants who send me a screenshot of them attending the webinar will get a certificate of attendance!

Hoping to see all of you there!

Website: https://corrospective.com
YouTube: https://lnkd.in/g_BfrXzy
Whatsapp: https://lnkd.in/gsvHAUp
Telegram: https://t.me/corrospective
Instagram: https://lnkd.in/gnGdiRYV
Blog: https://lnkd.in/geMbMeAe
Linkedin: https://www.linkedin.com/in/dr-shyama-ranade/

Comments

Corrosion - the bane of all the industries

Corrosion is the journey of an element from its most active form to its most stable form. The birth At the place of its birth, inside the earth, an element such as iron comes into contact with atmospheric oxygen, chlorides, sulphate, and moisture. and is quite happy to remain in peace with them in the form of Fe 2 O 3 , Fe 3 O 4 , FeCl 3 and such. The growth It is then extracted and made to go through a number of processes which separate it from the ions and bring it to its elemental form. It is then put into use to make steel, where it coexists with carbon, manganese, chromium, and other alloying elements. The interaction However, iron has three electrons that it desperately need to give away. That is exactly what it does the moment the steel is brought out from the factory and put outside in the shed. Iron is more than happy to reunite with its old buddies - oxygen and moisture. It gladly gives away its electrons to them and returns to its peaceful state of Fe 2 O 3...

Important terms in API certifications - CRV & IOW - II

CRV can be understood by using a simple example of milk kept for boiling in a pot on a stove. The motive, i.e. the reliability of this process has two main factors - 1) The milk should boil. 2) It should remain the vessel and not overflow. There are three critical variables here - Temperature Why is this a critical variable? Answer: The melting point of milk is 92 degrees C. That is the optimum level. If temperature is too low (30 degrees C), the milk may not boil at all. If the temperature is too high (200 degrees C), it may burn quickly. Vessel dimension = volume of milk is 1 ltr Why is this a critical variable? Answer: Vessel volume < 1 ltr, milk will not fit in it in the first at all. Vessel volume = 1 ltr, milk will fit, but will overflow on boiling Vessel volume >1 ltr, milk will fit and not overflow. Time Why is this variable critical? If the other two variable are at the optimum level, then - Too less time (~ 1 min), insufficient for milk to r...

Isocorrosion chart snapshot

concept Isocorrosion chart Use Estimate corrosion rates for an alloy Select an alloy for a particular application with specific parameters Definition A plot of temperature versus electrolyte concentration, with lines depicting combination where similar corrosion rates are found example how to use it? An application needs a temperature and concentration as depicted by point 1 in the image above. We can plot it on the isocorrosion chart for that alloy and estimate the corrosion rate. The design of the component and corrosion allowance can be decided accordingly. A method to determine the suitability of the alloy for an application and electrolyte-temperature combination. Video below for practical demo of the use of the chart! Dive Deeper: Tips to begin experiments Do you like to solve quizzes ? https://corrospective.com 😀 Happy learning! 😀

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