Welcome to my channel! I'm Siva Sankar, with over 12 years of extensive experience in NGL & LNG plants, offshore units, petroleum refineries, oil & gas, and more. Throughout my career, I've led critical operations with a focus on safety and reviewed projects of various capacities.
If you're a safety professional looking to enhance your knowledge of safety aspects within the industry, you're in the right place. Join me as we delve into the intricacies of safety protocols, best practices, and real-world applications in the field. Let's prioritize safety together and ensure a secure working environment for all.
The LEL % seen in the detector display doesn't show that the concentration of a flammabel gas is 5%. If it was so, you would explode when you see the LEL as 5%. That value is the percentage of LEL. Example; you see 10 as %LEL in the screen. It means 10% of 5% (LEL of CH4) which is equal to 0.5% CH4 concentration. Let's give tjhe right information friends.
There is lot of difference between Reading the lifting plan and teaching the lifting plan. Learner will suffer difficulties to understand this video lecture. Try to teach, not to read. Thank you
07:02 it is not to the ground level but rather to the base of the crane. That crane can't point at ground level. Another thing, why make the height so high? and why boom out so long?, you did not mention any obstacles to negotiate to justify the boom length of 32mts, that is more than double the radius. 29 metres is insanely high for a radius of 14 mts That is why the graphic is not to scale, which is a fail lift plan in the UK.
Thanks very much for your lesson Sir, Please for the calculation of the boom angle, we have the boom length and the crane radius, please Sir how did you arrive 64* Please help me to understand the calculation 🙏
