My website - https://corrospective.com

When I began to conduct online courses for corrosion and coatings, I had participants who eagerly attended them. However, there were many who could not find the time due to their professional and personal commitments. On my end, I was unable to conduct sessions for more than one hour everyday due to my commitments.

As a result, I was left with a feeling that I should do something more to share corrosion with others. This led to me to starting my website.

After numerous difficulties, I was able to get it up and running.

I am pleased to announce that https://corrospective.com is LIVE!

This website is based on two main qualities -EASE and FLEXIBILITY

EASE of access and learning

FLEXIBILITY of time and requirements

Here are a few FAQS below-

What is it?

It is a website with online courses available for purchase.

When I access them?

Once you buy a course, you can access it anytime!

How do I know if it is good enough?

There is a TRIAL COURSE - absolutely FREE! Contact me to check out the trial course!

Will there be more courses?

Absolutely YES! Going ahead, I have many more courses in the works related to coatings and cathodic protection.

What if I don't find the course I want?

Contact me and let's discuss! I will design and put up a course as per the information you require!

Can I get a preview of the courses?

YES! There are previews available on the website under each course. I will also be uploading the preview to my Youtube channel soon!

Check out the snippet of the website below!

Comments

What is a Corrosion Loop - PART 1 - CONCEPT

Corrosion loop is used to simplify inspection procedures in refining processes. Corrosion loop is defined as a group of components with common materials, processes, and operating parameters. Source: Rachman, A. and Ratnayake, R.M.C. (2020), "Corrosion loop development of oil and gas piping system based on machine learning and group technology method", Journal of Quality in Maintenance Engineering, Vol. 26 No. 3, pp. 349-368. https://doi.org/10.1108/JQME-07-2018-0058 It is needed when the scenario has - 1. Complex process 2. Several variables such a materials of construction, process parameters, functions 3. Multiple damage mechanisms WATCH THE VIDEO FOR A DETAILED EXPLANATION - Click here for part 2 ! https://corrospective.com/ 😀Happy learning! 😀

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...

Corrosion risk planning - 1 - Lead acid battery

Corrosion is a quality, environment, and safety issue. Hence, it has to come under the cope of integrated management system audits However at the moment, it is more or less considered a quality issue. As such, the general tendency is to solve corrosion issues as they come. Especially in new inventions, the foresight to look for potential corrosion risk gets lost in the attempt to focus and highlight the amazing qualities of the said inventions. Hence, I have initiated this series, where I will take a component and point out the potential corrosion and damage risk areas. Here goes the first one - lead acid battery cell. (Source:https://opentextbc.ca/chemistry/chapter/17-5-batteries-and-fuel-cells/) Protective casing - effect of temperature + electrolyte + contamination in electrolyte on the polymer crevice corrosion at fixtures mechanical damage during handling leading to voids for moisture ingress and oxygen/electrolyte leakage Positive terminal - corrosion of the mate...

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