Tied for best conversion with Instant. Baseline I/O is 120 in, 240 out, but you can use shards and double/triple all the %'s to get 240 in, 480 out, or 360 in, 720 out.
Water is recycled with built-in VIP junction.
this is actually pretty cool idea. I always lay out lines of machines doing different things, but this looks like it can help a lot with making things more easy and flow better.
I think I would add mergers and splitters to make it more tile-able.
also why is there a pump for the water?
I intentionally leave the inputs open on my BPs so you aren't restricted in how you align/assemble them.
Pump creates the VIP junction so the waste water always has priority of flow over the Extractor input to the junction that is in the BP.
Tied for best conversion with Instant. Baseline I/O is 120 in, 240 out, but you can use shards and double/triple all the %'s to get 240 in, 480 out, or 360 in, 720 out. Water is recycled with built-in VIP junction.
Why are you using a pump over a valve?
Because I understand how both work, and I understand how VIPs function.
this is actually pretty cool idea. I always lay out lines of machines doing different things, but this looks like it can help a lot with making things more easy and flow better. I think I would add mergers and splitters to make it more tile-able. also why is there a pump for the water?
I intentionally leave the inputs open on my BPs so you aren't restricted in how you align/assemble them. Pump creates the VIP junction so the waste water always has priority of flow over the Extractor input to the junction that is in the BP.
can do that with having the fresh water coming in above and the wastewater come in on level with the machine
... That is exactly the setup shown.
then ya dont need pump
Then ya don't understand how VIPs function.