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If you're absolutely certain that your setup is "perfect", then post some screenshots. For that matter, post them anyway; if nothing else, it may make it easy to point out the problems in your setup.
The most likely scenario is that you failed to account for some game mechanic, or forgot to hook power lines to your pumps, or that you simply don't understand fluid dynamics. If (like most of us) you're not a civil engineer, these are all easily forgivable.
Instead of spewing profanity and vitriol, you could try looking up some tutorials on YouTube; perhaps searching for "Satisfactory Coal Generator" or "Satisfactory pipes and pumps" would be a good idea.
In the meantime, start here: https://satisfactory.fandom.com/wiki/Head_lift
Eight coal power plants require 360 water, which requires three water extractors (3x120) and two mk1 pipes (one pipe can only transport 300 water), with careful arrangement to ensure that no one pipe segment has to carry more than 300 water
Water extractors provide 10m of headlift, which means they can push water 10 m (or 2.5 walls or 2.5 of the 4m foundations) high, relative to the hight of the pipe output on the extractor
mk1 pumps add an extra 20m of headlift, or 5 walls.
Headlift does stack, but only to a maximum value of 23 for a mk1 pipe according to the wiki. So if you place 3 pumps right next to each other you may now think you have 60+ headlift, but you only have 23. So you must space your pumps out at 20m (five walls) vertical intervals.
If you have two pipe segments connected together (maybe joined with a support or floor/wall hole), and one has water and the other doesn't, rebuild those pipe segments/supports/holes and see if things change. It is easy to not notice that you have misconnected a pipe, we have all done it.
You say that some generators are working, and others are not. Try switching off the working ones and see if that lets water flow to the non working ones.
Each goal generator has an internal water buffer. Machines closer to supply will hog water, taking more than the normal 45 until their buffers are filled up. Best to shut the coal plants off and wait for their buffers and all the pipes to fill with water before you try and run them all at once.
The scale in this game is really weird, 20 meters is shorter than you think
Putting a fluid buffer right in front of the manifold feed also balances the distribution
Personally I prefer placing coal generators under water so they always have enough.
Im surprised I even need extractors and pipes :)
Put a first pump at the bottom of the vertical pipeline, then try to put a second one above and climb slowly and check the pipre carefully, you'll see a blue hologram ring at the exact spot where theeffect of pump number one stops, pump number 2 will even auto-snap on that ring.
I noticed that few people seems to know that.
Don't listen to others about headlift, that is never worth doing if you need more than a few pumps to achieve what you want. You should instead package the water and send it up with chained conveyor lifts. The packager only uses 10MW on both ends per packager needed, and each packager can do 120/min. You also won't suffer the bug with the Mk2 pipes. Remember that each container of water is 1 cubic meter of fluid, so you need a mk4 belt to be faster than mk1 pipes and a mk5 belt to be faster than mk2 pipes.
https://satisfactory.fandom.com/wiki/Packaged_Water
It failed. Literally no change in supply (480/min) or demand (450/min), or total pipe capacity (600/min), just a reconfigure from two pipes to one. In fact, most of the line was successfully swapped from two pipes to one, so the whole group of plants is fed by a single pipe, but that pipe has to split at the end into two banks of 5, instead of a single bank of 10. When split as two banks of 5, the system works flawlessly. A single bank of 10 though, and the plants start randomly starving. Even if the system is allowed to fill completely first, it'll eventually run out of water and stall for no good reason.
This is because it works with the rule "1st arrived, 1st served". The 1st plant will take as much water as possible, then the next one, etc and at the end, the flow is insufficient; just like when you put too much splitters in a raw to feed several machines.
A good way to reduce (and even remove) that problem is to put a vavle on each small pipe going from the main pipe to the plant.
Let's say your plant need 50m³ of water, then put a valve calibrated on 50m³ on each small pipe going from the main pipe to the plant. Like this you can be sure the plant wil only take what it needs, not a single drop more.
So the fact that I'm running out of water by stage 5 means that pipes aren't working right. Flow isn't continuous, or there are major losses, or something. I shouldn't need a valve to limit the flow to a device that consumes at a fixed rate.
Now, all of that said, while I was typing this out someone pointed me at a manual for pipes.
It literally says that what I'm trying to do is broken, and will hopefully be fixed in the future. So yeah, mystery solved, pipes are at least partially broken.
https://steamcommunity.com/sharedfiles/filedetails/?id=2777358155
https://steamcommunity.com/sharedfiles/filedetails/?id=2777358169
https://steamcommunity.com/sharedfiles/filedetails/?id=2777358181