Nancy Gomez26 said:If the pressure had truly been dropped that low right before the sabotage—assuming the pipeline sits 330 feet below the ocean floor—we wouldn't be seeing this massive plume of gas bubbles on the surface. At that depth, the ocean exerts more pressure than those alleged 7 bars. Since gas is lighter than water, some would certainly escape to the surface depending on the hole's size and location, but it wouldn't manifest in such a concentrated, massive volume. The reality is that the pipeline was under significant pressure; it’s been leaking for days (which explains the dropping pressure), and the breach itself is substantial—potentially a full-section rupture.
The whole idea of how many bubbles get created and just how much raw power is released when a pressurized container fails isn't actually about the pressure itself—it's all about the volume of the container, which in this case is the capacity of the pipeline.
I mean, think about it: 1 bar is an enormous amount of pressure, right? But if you take a tiny little 4-ounce container under 1 bar of pressure and smash it, nothing crazy happens, just a little "puff." Why? Because the capacity is tiny.
But if you take a massive 25,000-gallon tank of water under that same 1 bar and crack it open, you're going to have a violent explosion because the capacity is massive.
So, the theory that it's all about "crazy" pressure totally falls apart here. The bubble formation and the sheer force resulting from the rupture depend on the capacity of that pipe, not just the pressure reading. Plus, you have to remember gas is compressible under pressure, which basically gives it even more effective capacity.
Think of pressure like voltage. It's potential. Whereas current is like the flow or the capacity. Pressure by itself isn't dangerous if you're dealing with a tiny capacity. And honestly, even a "low" pressure of one bar becomes absolutely terrifying once you give it enough capacity behind it.