Kovarex enrichment. Compact automatic setup.

Monskiller · Post by **Monskiller** » Wed Apr 26, 2017 6:51 pm

Since I saw this I wanted to create an automatic process for the Centrifuge to keep 40 U-235 in the loop while outputting just the converted U-238.
Made it as compact as possible and surrounded it by beacons to speed up the process.
The system uses an SR-Latch to switch between the inserters when the chest is empty or it has the needed U-235(40) to begin the conversion.

Tileable construction with beacons.

Blueprint

The single "block"

Blueprint

If anyone has suggestions, please let me know!

Optera · Post by **Optera** » Thu Apr 27, 2017 5:47 am

I like how you made it all vanilla.
The design I came up with needs bob's inserters and has a lot of u235 stuck in the internal cycle.

: 2017-04-27-07-38-20-2455684.jpg (59.65 KiB) Viewed 24091 times

blueprint

Monskiller · Post by **Monskiller** » Thu Apr 27, 2017 7:05 am

Mostly because I don't use a lot of mods. Just Warehousing, Blueprint String and Advanced Logistics Network. Two of which have been replaced by the update.
Enjoyed making this build, tho last night I realized that if I "chain" them the centrifuges down the line tend to hold up on extra U-235 instead of keeping just the needed 40.
Fixed that by outputting the converted uranium directly into provider chests or belts.

elPocket · Post by **elPocket** » Mon May 08, 2017 11:24 pm

I actually discussed this with a few coworkers on how to best get it to work. I initially planned on doing something crazy with timers, but in the end came up with a pretty simple state machine approach.
Haven't gotten around to compact it yet, but i will see what i can do there tomorrow.

To start the whole process in the first place, 40 U235 are placed in the steel box just below the centrifuge. U238 is picked up from the left side belt.
After the enrichment process, the residual U238 is disposed to the top via filter inserter and reinserted. The belt content on the top is read and fed to the inserter on the left, which only activates if the top belt is empty. This prevents U238-clogging on the output side
The resulting 41 U235 from the enrichment are dropped to the right (2 Inserters for better visuals, just my style)
The bottom inserter system consists of 2 stack inserters for reinsertion and 2 fast inserters for dropping out the single overflow U235.
Green Wire reads bottom box content (bx1) and transfers info to both blue inserters (b#1 above it and b#2 left of it) as well as the two stack inserters (s#1 next to belt, s#2 next to centrifuge) resupplying the centrifuge.
The red wire goes from upper box (bx2) to b#2

b#1 is set to stack size 1 and activation if bx1 contains zero U235
s#1 is set to activation if bx1 contains 1 or more U235
s#2 is set to activation if bx1 contains zero U235
b#2 is set to activation, if the sum of bx1 and bx2 equals 41 U235 (the values get summed since both red and green wires are connected to b#2)

consider all boxes empty and the centrifuge spitting out its first product of 41 U235.
b#1 and s#2 are currently active, but since bx2 is empty s#2 cant do anything.
b#1 will grab the first U235 and drop it into bx1, consequently disabling itself and s#2, but activating s#1.
s#1 will start taking all U235 on the belt (40 left) and drop them into bx2.
once all residual U235 is in bx2, the overall count in boxes reaches 41, activating b#2.
b#2 empties bx1 and the single U235 is piped out of the system to wherever.
since bx1 is now empty again, b#1 and s#2 are activated (first step of this procedure), but now bx2 has 40 U235, which are now transferred back into the centrifuge.

I hope this explanation is somewhat clear

Edit says:

made it more compact and stackable. Process is the same, but box1 got replaced by a belt and b#1 and s#1 are now the unloaders.

Blueprint of compressed version

SaurusRex · Post by **SaurusRex** » Thu May 11, 2017 10:42 am

Figure I'd add my own version onto this.

The combinator is set to U-235 < 40, with the output looped to the input, and acts as a counter. The inserter to the right of it is active as long as the count is 0, with a stack size of 1. The combinator receives pulsed information from the belt. That's it as far as circuitry goes. The only real important detail is that the belt reading is done after the inserter. I tried it on the same square, but it disables the inserter before it has a chance to grab one.

When the filter stack inserter begins unloading the 235, the fast inserter picks up a single 235 and places it on the output belt. Almost immediately the remaining 235 begins passing through the scanner and the 235 count starts to increase, disabling the inserter. When 40 have passed through, the counter goes back to 0, and the inserter turns back on now that the remaining 235 have passed out of reach. The yellow inserter (stack size 1) is to slow down how quickly 238 can be taken from the supply belt to ensure it doesn't overwhelm the filter inserter that removes the old 238 (there's enough 238 on the belt that this doesn't slow down the refilling). Both 235 and 238 are shoved back in by the same stack inserter where the belts merge.

This was done in factorissimo, but a medium power pole can be placed in the corner as shown, leaving 1 square free for a light or something

blueprint

ValinKronas · Post by **ValinKronas** » Mon May 15, 2017 7:24 pm

this version works without combinators and chests
explained here: viewtopic.php?f=202&t=45871#p274367

Aladrius · Post by **Aladrius** » Thu May 18, 2017 1:22 pm

This setup is pretty small time, but gets the job done while keeping a minimum of U-235 in the cycle.

Bottom purple inserter has stack size 1, runs when more than 40 U-235 is in the lower box. This is where the setup requires manual priming with 41 or more U-235. I run down the line throwing a half stack in each one, the purple inserter trims it down to 40.

Top set of combinators is a S/R latch, set to trigger on U-235 > 40, and reset at U-235 = 0.

Bottom set of combinators evaluates the two part condition for the center recycling filter stack inserter. Left combinator evaluates if latch is set (green > 0). Middle is set to U-235 less than 41. Right side one evaluates true if both conditions are met, outputs 1 U-235 signal to the filter inserter to start moving the 235 back to the input. Constant combinator gives the recycling inserter a 238 signal as well so it'll recycle the 238 back into the process as well.

Top right inserter just runs to keep 5 U-238 in the input box.

More combinator heavy than some setups, but it tiles well and has a simple input/output setup with pure 238/235 after being primed.

Bluerprint

: Kovarex Setup; Screen Shot 2017-05-18 at 9.04.22 AM.png (406.92 KiB) Viewed 23153 times

Amegatron · Post by **Amegatron** » Fri May 19, 2017 10:41 am

Why do this with combinators? The process can be handled without any and still no excess U-235 will be consumed. Just prime the centrifuge with initial 40 and it will run.

https://www.youtube.com/watch?v=zwlpcizH8zM
Also, there are other ways to implement Kovarex process without combinators.

Gnark · Post by **Gnark** » Tue May 23, 2017 4:07 pm

Hi,

I have a very simple way to do it with 1 coming line of U238 on top that goes to 1 line of U235 at bottom.

Here the BP :

Code: Select all

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

DOSorDIE · Post by **DOSorDIE** » Tue May 23, 2017 11:30 pm

Here my version:
Build it and forget.
I program the inserter to take only 40 and then he take no more and give only the 1 out.
No prestarting or else ... bring ore and thats it.

: Build and forget.jpg (311.75 KiB) Viewed 22931 times

mnicolella · Post by **mnicolella** » Wed May 24, 2017 2:05 am

I've been working on this a bit - I have a circuit heavy design, and the layout isn't particularly compact, however I have a system that self-primes. You can lay down multiple of these in a row, set up the input U238 belt (top), input U235 belt (bottom), and it will self prime each centrifuge in turn. It keeps exactly 40 U235 in each centrifuge's system - while this doesn't allow it to restart the process as fast as possible, it does let it self-prime as fast as possible and get multiple going. There is a gate on the in/out U235 belt so it won't let U235 past each centrifuge until it's primed.

This is also robust in terms of keeping track of extra U235. If the output U235 belt backs up and stalls the system, the system will accumulate a bunch of extra U235 internally, then when the bottleneck is gone it will correctly eject all U235 back down to keeping just 40 in the system. In addition, the U238 is gated so it never becomes a bottleneck.

I'm pretty happy with this, would appreciate any feedback/improvements.

Blueprint string:

Code: Select all

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

: kov.png (959.02 KiB) Viewed 22925 times

mnicolella · Post by **mnicolella** » Wed May 24, 2017 4:42 pm

Much more compact version and eliminated redundancy:

Code: Select all

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

Just one in/out belt, U238 goes on top half of belt, U235 on bottom

EDIT 5/29/17: The previous version eventually halted when the U235 output filled up. The updated string is resilient to that.

: kov_compact.png (817.65 KiB) Viewed 22885 times

waiora · Post by **waiora** » Mon Jun 12, 2017 9:40 pm

Made my own version that is really simple.
Since you require 40 to start and it produces 41 you can abuse the even/odd numbers with inserter stack sizes.

Pass the u235 between two centrifuges using a chest, then use the stack size of inserter by placing 2 at a time in the chest, to skim the extra 1 to a belt. if stack in chest >=2 pass them to the other centrifuge, if stack in chest = 1, pass it to a belt.

Just need to prime the 2 centrifuges once to get it looping.

Code: Select all

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Kovarex enrichment. Compact automatic setup.

Kovarex enrichment. Compact automatic setup.

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Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.

Re: Kovarex enrichment. Compact automatic setup.