Gaming On Caffeine – Minecraft Feed The Factory | NUCLEARCRAFT PLASTIC PRODUCTION! #21 [Modded Questing Factory]

In the last stream we were working on setting up and automating our Infinity minor Tier 1 and tier 2 to automatically produce almost all of the oars that we are currently processing we also worked on setting up a distillation Tower and an oil pump that’s all the way over in

The distance there so that we can start working on progressing through the next chapter of the quest line here towards the next tier of research that being the chemical research and between streams all I’ve done is set up a new and I guess final line of or processing over

Here for nickel and eventually for 10. so this is exactly the same as before we’ve got the draw up here we’ve got the exporters we’ve got the inventory reader and the Redstone writer to stop The Crusher from spewing items everywhere it’s all the same stuff as we did a few

Episodes big and what I want to work on in today’s episode it is pushing forward with this plastic production and moving closer to chemical research in order to do that as we saw in the last episode we are going to have to unlock the research for oil processing for that we need 64x

Logistics 16 lots of them we also need 64 lots of 8X Mechanics for about 102 lots of 8X mechanics now which is very nice indeed we also need some 8X production research we only need 16. that’s fine we’ve got 27 and then we need 32 utility research and we’ve got

312. perfect so now we should be able to start processing oil via the distillation Tower and via the fractionating still so over here we should be able to actually make the fractionating still now thankfully it doesn’t look too difficult to make between streams I did request a few more

Machine frames we made because we had to make these new machines here and so I think we do have a couple of machine frames lying around in the system we totally do we just need to make a nickel gear to Constantine gears and I think that’s basically everything apart from I

Guess one Redstone reception coil for us to make our first fractionating still nice so the next Quest here wants us to make Nether and you’ll see there’s no like actual handed for that it’s just a um a tick box Quest naptha is made in the distillation Tower with crude oil now

I’m not entirely certain how the tower Works my assumption is that we’re gonna pump in the fluid probably through this part here because uh for immersive engineering blue usually means input this side right here I assume is for the power we do have a few spare omnidirectional connectors here as per

Usual we do want to keep at least one of those available so we can duplicate the channel in the future but for now we can do something like this something like this and something like this to get that power online never mind I’m a complete fool of course as is normally the case

With the machines from immersive engineering the power goes in on the top so I need to get rid of this and it’s actually over here like that which is fine I assume this then is probably the output slot for all of the fluids that we’re gonna get such as the nap though

So let’s throw you down let’s make sure that is once again set up correctly and there we go power is going in perfect so last episode we did set up the oil Mining and we did also put a fluid interface on there so I’m fairly certain

That we should be able to get another fluid exporter and place that down on again what I assume is this blue input slot from there we can just kind of run this up to here and if we have that bucket of crude oil that we got given in

The last episode we should be able to use our portable logic programmer to specify that we want to export crude oil into this slot and then the final thing we have to do here is fix the fact that last episode I right clicked on this and

I uh if you right click on this it uh kind of inverts the Redstone signal so it’s always off but you’ll see it’s working it’s taking the crude oil and it’s producing gasoline net for and lubricant I think it is uh we do need another draw here that is completely

Fine let’s go to the frame drawer and quickly go call that to look like marble so we can put it here and begin catching all this bitumen I actually don’t know if we need the bitumen we can use it to make asphalt concrete by the looks of it

But worst case scenario we can just put down a draw and then throw a void upgrade into it to delete any excess that we we don’t want if we want any of it at all that is it does look like it is using a lot of power although right

Now I think that’s mostly due to the fact that the energy output here is currently kept at 1000 Redstone flocks if I change this to like five thousand maybe three thousand I could say to 5000 but I don’t know if we have that much spare but this is

Totally working and so now I think what we want to do is probably get a couple of Tanks to start storing some of this stuff so you can use these tanks from thermal expansion here I think we used these earlier in the series and we can go one two and

Three and then we can probably just use the fluid conduits here to extract from the tower like this one two three uh now the trouble that we could run into here is right now we could set these to extract so the top we could run into is what’s

Happened here where we’ve got lubricant in two of these tanks when we actually want gasoline in one of these tanks and there’s no way to lock the tank to a specific fluid and I think that probably means we might want to invest in unlocking these conduit filters they’re so cheap at this

Point in time that I feel like we might as well back at the beginning of the pack I I kind of refrain from unlocking them because I thought they were unnecessary but I think at this point we can probably just do this and this is a fairly easy unlock and I think that

Should allow us to drop a filter into the input side of the tank that allows us to specify that we only want certain fluids going into that tank for example if we get a bucket and we take a bucket of the Nampa here I think in the fluid filter you can shift

Right click you can put the Napa in it’s set to whitelist by default which is just allow and then in here we can put that like this and now that should only allow Netflix to go in even if it gets emptied out so I think we’ll do that

With the rest of these we are going to need a little bit more paper to make that happen and for paper I think we’re currently using sawdust and water do I still have a reservoir I do I think this should work it totally does fantastic so

Well let’s quickly make just two more of these and we can ideally dump the naptha back in there but I guess we’ve filled that bucket now that’s fine I think we’ve got a stack of buckets in the system so I will take one bucket of lubricant add that to one of these

Like so drop that in over here like that and then finally we want to move this lubricant out of here annoyingly there’s just less than the buckets worth that’s fine if we set this to extract um always active that should pull the lubricant out of there and then

Start filling it with gasoline perfect and just to be safe we’ll take this and we’ll do the same thing again here with the gasoline whitelist and boom and then the final final piece of this setup I think is going to be to get a nullifier and use that to delete any

Excess we’d have any tin tin is not coming through yet because of the fact that we’re just processing all of our nickel over here currently into um into ingots it’s only once we get through all of the nickel that we’re actually going to start backing up on

And actually getting any 10 out of here all the tin is starting here somewhere but um it might take a little while for that to come through which is is somewhat unfortunate and the problem is we’re also getting new nickel all the time so this kind of keeps getting

Further and further backed up the twitch chat did suggest that it might not be a terrible idea to double up on the all processing because right now especially with these three lines where we’re making or trying to make two different ingots we run into the same problem

Where the whole system kind of just gets bogged down on one type of resource uh this one’s just making Platinum this one over here is just making gold and this one’s just making nickel so it could be a good idea to just get another induction smelter another pulverizer and

Another Redstone furnace per line and then basically take the outputs from The Crusher and divide them between two processing lines because I think the crusher is more than fast enough to make that happen I think the slow part is the Cinnabar so over here we have the jelly

Cryotherium but we are not making the slag fast enough and so real quick let’s see if we can’t get a regular old hardened upgrade kit here we definitely can and then we should also have everything we need to make another one of these reinforced upgrade kits as well

And if we do this and this and then I assume we can take it one step further actually and grab a couple of these augments as well in fact we might have a few in the system we totally do let me do one two uh three and four nice that

Should start making the slang faster and hopefully ideally fast enough to uh to keep this whole system going a little bit quicker but we should definitely look at um at setting this up in such a way that we do actually have a second processing line so we can process both

The nickel and the tin at the same time uh let me go check I assume that we’re still banking up on creosote yeah so we want to do the same thing we’ve done here basically with this nullifier we’re going to take the the fluid pipes and

Just run them to the nullifier but then we’re going to set the priority of the fluid pipe that goes to the nullifier to lower than all the rest of them right so the priority on these zero we’ll put another fire down maybe somewhere over here and we’ll set the priority to like

50 and that way these will all fill up first and then any excess that is generated will be deleted of course these right now only hold 20 buckets but what we can do if we make yet more of these hardened upgrade kits is we can

Make them hold even more if I can get three hardened up brackets here we can go boom boom boom and these now all hold I think maybe close to 100 book it’s worth but of course we can take it further and if I craft a couple of

Blocks of roots down here we should be able to get at least three of these and go boom boom boom and now we can hold a lot of fluid inside of these tanks and so there’s just more of a buffer that we have before we start deleting any excess

Fluid either way nantha is being made and so we need to take that nap though and process it into ethylene and it looks like we’re gonna do that via the salt mixer so I’ll bookmark the salt mixer because I think much like I showed in the last episode we’re working

Towards plastic now we’ve not unlocked plastic which makes me think there must be a quest somewhere much like earlier for aluminum yeah right here under aluminum is the Quest for plastic and it looks kind of expensive but I think we might actually have the research for it

Green we have red I think we have although we need 64 X8 so we’re like 10 away from that 11 away from that that’s okay and then uh 16 production we almost have a little light on that and then eight eight X eight utility is a lower

Pricey we’ve got 35 so we’re actually completely fine on that front so we’re just waiting on these two which shouldn’t take too too long they’re both coming in I think fairly reliably so that should be completely fine um we don’t need that research just yet though because we can keep working

Through this line of machines before we get there we can start making the liquid plastic before we turn it into an Ingot so for the salt mixer we need steel we need buckets we need an electric motor which is gold steel iron and some copper solenoids the copper solenoids are easy

Enough our system actually knows how to make them but we are completely out of iron which I think is a problem that has arisen because of the fact that we’re not producing that slag fast enough oh it looks like we are producing this like fast enough now but

Um we’re not turning it into Cinnabar fast enough I guess and we’re using the iron like obviously faster than we are um producing it so a few things we can do we can of course make more of these augments here to start using that slag just a little bit faster that is going

To trickle down though into a problem with cryotherium I think and I noticed between streams we’d have a secondary problem with cryothium and that is that over here this pulverizer fills up with snowballs in the output slot and that stops the uh blaze powder from being made which stops the whole system from

Working now the twitch chat did mention that we could use the Nullification augment and if we get the Nullification argument it does require a bucket of lava which we can make from nether brick and then boom we also need invon nuggets which I think we should be able to do so

The idea with this is it will destroy excess secondary outputs so if I put this in here it should just keep going yeah so even though it’s full on Snowballs now it’s just going to keep making Bliss powder and just delete any excess snowballs which is kind of perfect I think that’s

Exactly what we want and then down here we do our space for one more of these of course we’re not running at the max power anywhere I don’t know how we’re doing on power production I don’t really have an idea of how that’s working currently but what we could do is uh if

We do this and this we effectively remove the 500 RF particular limit on oh no sorry not like that let me get rid of this we want to do that down here right if I do this that should hopefully increase the amount of power this can use to up

To a thousand because now it’s got two connectors one on each side four powers that should make it a little faster and hopefully that means that we’re producing the jello cryothium fast enough to keep up over here and then again it’s just a question of whether or

Not the slags coming in quick enough the slag is coming in fast enough which is good the rich likes coming back we’re making enough of it at the other end which is also good um yeah it’s really just the jelly triothium that is the limiting factor I really don’t think

There’s too much we can do about that outside of making more magma crucibles okay so it looks like the activation of the distillation chamber also kind of triggered a bit of a power problem because I was just checking over here and the manga Crucible wasn’t getting its power when everything was was kind

Of stopping so this is It’s kind of working we are getting iron again it is still being used of course and we do need to fill up the buffers that were emptied when we ran out of uh iron for a second I have temporarily turned the

Power transfer rate on this down to just 30 Redstone Fox per tick so this is going very very slowly and that’s kind of fine for now I think uh because we’ve got loads of nap though so let’s see I guess if we do indeed have white text

About the salt mixer before I do make the salt mixer ideally I would like to get one more of these nullification Chambers though simply because of the fact that the same problem that’s affecting the jelly triothium with the Snowballs is also affecting our Aero theme over here with niter this

Pulverizer makes Nitro as a byproduct and right now that naito is going into here but eventually when this fills up and this backs up we’re going to run into the same problem so if we just put this nullifier in that’s kind of just preempting that problem so it’s

Hopefully not going to be a problem in the future and once we get more power we might look at getting more magma crucibles to get the cryotherium coming in Fair stocks I think that’s needed for the oil processing that we’re currently trying to run but

Let’s take a look and see if we can’t get this uh the salt mixer so uh do I now have what it takes to make the solenoid I do beautiful okay that allows us to get the electric motor and the only other thing we’re missing is the

Machine chassis which is a four lead full aluminum and a machine frame all of which we have nice the basic plating is easy enough it’s just lead and coal I think we made that earlier in the series this Blends fluids together so here we’re gonna blend some fluids together

Into ethylene and the ethylene as I think we saw in the last episode is hydrogen and naphtha and the hydrogen we are going to have to get via the use of an electrolyzer the electrolyzer here doesn’t look too difficult let’s take a look though we need another one of these

Machine chassis that is maybe the easiest part we need more basic plating which we don’t have but we should definitely be able to make we’ve got lead now so that is fine and then other than that we need one more set of copper solenoids and then a flux electron Ingot

And two amplifier electron tubes these are made with a lot of stuff we don’t have including steel rods which we actually do have we can make those we need copper wire which we don’t have in our network but we should have available over here in one of these sequential fabricators

Still that fast enough and then the final thing is these vacuum tubes these are made using the crafting components blueprint in the engineers workbench with redstone copper wire nickel plates and glass so glass we have copper wire we can steal Redstone we have nickel we’d also have and I’m

Fairly certain we can turn that into plates we can indeed we’ll take some of those and then we just need to steal I guess even more of the the copper wire here and take that over to the engineers work table to try and make some more of

These electron tubes I think these are made one at a time let’s see the boom boom boom boom um other than that they made quite a few at a time actually so let’s keep a few of these because we do need those for other things I’ll leave

These in here now just in case we need more in the not so distant future but back over here can I make two of these one and two I totally can and boom an electrolyzer nice so let’s take both of these Bank over to the distillation Tower and from my

Experience in the past this is where we’re going to need like a massive power upgrade we are backing up on power again now which is good ever since we turned to this distillation Tower off but I’ve got a feeling that both these machines are going to get very expensive very

Quick especially if we want them to work at any kind of reasonable speed so I’m not quite sure how we’re going to set this up yet so temporarily I’m going to put them down like here and here just because it’s close to uh to power so let’s get two more energy exporters that

Is going to require that we make a few more energy interfaces again thankfully we did book craft those batteries and that is still paying dividends for us to this day one and two boom and boom all right so both of these have power I think we’ll go ahead and make another aqueous accumulator

Because the accuracy accumulator is going to allow us to very easily generate unlimited water over here of course where light on iron which is not ideal and for now we’ll place that down probably just right on top of this I think and make sure the bottom is set to

Output and that should allow us to start sending water into here so the way the nuclear craft machines work when you open them they have a little side configuration button down here they also store a lot of power this thing can hold 38 400 000 which I think is 38 million

Redstone flux so it can store a lot of power but uh for now in here we’re gonna go side configuration and we’re going to make sure that the input is at the top which it is so this is full of water that’s actually working just fine and

This should begin working to turn that water into hydrogen oxygen and a little bit of deuterium I think as well and then we want to send that um hydrogen over into the salt mixer where we’re going to combine it with the naptha to make the ethylene right so we

Can take these quests here for ethylene and for liquid plastic and then it’s only once we um unlock the next Quest that we can actually start turning out liquid plastic into plastic ingots via the the fractionating still which we already have so I think this should be working I

Think it might just be very very very very slow it does take four thousand Redstone Vox Patek for this to work now there are speed and energy upgrades here which we have not unlocked but we could unlock those are down here these are unlockable I don’t know though if you can actually

Reduce the power consumption I know you can put in speed upgrades to make the machine faster and then I know you can put in energy upgrades to reduce the increase in power that comes from those speed upgrades but I don’t think that you can put in energy

Upgrades on their own to reduce the power usage if that makes sense so given that this takes 240 seconds at 4 000 hours per ticket that means it will be 19.2 million Redstone flux in order to turn one bucket of water into some hydrogen oxygen and deuterium which is

Not great we can of course increase the power throughput here but again I think at this point we’re probably mostly just kind of running into a power deficit I don’t think we have the power to be doing that kind of stuff you’ll see here we’re starting to really tank in terms

Of the amount of power that we have to be fair we could probably fairly easily duplicate this boiler setup on the other side and get a quick extra 10 000 Redstone flux coming in the only problem there is that um these two machines I learned will

Gobble up like half of that which um which is not ideal back over here we do now have enough research to actually unlock the plastic sheets which is good so we can do this and this and so we haven’t locked the plastic ingots now which is is a good

Step forward however it does look like power is really going to be our limiting factor here do we have enough to unlock the speed and energy upgrades for the nuclear craft machines I think we do 24×8 of logistics is is very cheap that’s easy enough 12 X8 of the

Mechanics is also apparently completely fine and then 24 just regular production is one less than what we have we’ve got 23 do I have any in the system by any chance I do not um it probably shouldn’t take too long for that to come in though at which

Point we will have unlocked the the speed and energy upgrades and with nuclear craft you can put in up to a stack of both speed and energy upgrades into any given machine to to Really increase the speed at which it works and also try and mitigate the amount of

Power that it consumes at the same time I said that we’re about to get one any second now but that’s assuming that the aluminum is being produced oh it totally is yeah that’s we should get one any second now it’s going to come through in

Uh in bulk I imagine there we go nice let’s have that in boom and let’s take a look real quick at the cost of the energy upgrades for these we need Redstone gold and fluxed electron that’s actually not bad at all obviously if we want to make a lot of

Them it’s quite expensive but flux electron we have being made and we can kind of just deal that as when we need it Redstone we’ve got in abundance we can make a stack of blocks of redstone and what we’ll get made followers fairly quickly sometimes it does take a second

When you craft with the uh simple storage Network that’s fine and then let’s make a couple of these weighted golden pressure plates because like I said before I’m fairly certain the way this works I don’t think putting any of these energy upgrades in is going to do anything decreases the processing power

Of machines these upgrades can be staked but the maximum number will always have an effect equal to the number of installed speed upgrades the power use will decrease linearly with each additional upgrade so we can put these in but they’re not going to do anything all they do is they

Offset the power increase of using the speed of grids so right now it uses 4000 I can put seven in it still uses four thousand let’s quickly look at the speed upgrades these are not too bad either they require aluminum and then iron plates who obviously don’t have that much in

Terms of iron but if we made a couple of these over in here if I were to put the speed upgrades in now it uses 64 000 protect with just three of them and again you can put up to 64 of these in to get just a staggering amount of power

Usage on this thing but uh if I put three of these in 64 000 if I then add three of these it goes down to 16 000 which is still a lot and it doesn’t go any down any further it only goes down like to the same number so if you’ve got

Three speed upgrades in there’s no point in having any more than three energy upgrades in because it doesn’t do anything but that’s essentially how those work not that we need that just yet because right now we don’t have the power to even really run this at its

Current speed it is getting close to hitting the 19 million that we need to actually get this started but uh yeah these dynamos are completely out of fuel let’s take a a bucket of naptha and let’s drop that into the salt mixer and then over in here we want to set the

Output for the hydrogen to one of these sites I don’t think they can alter eject unfortunately oh there we go we’ve hit the the threshold and so now it’s gonna work again without any speed upgrades this thing takes 240 seconds so four whole minutes to process which is really really really slow

Like really slow and so it’s gonna take us a while to get that hydrogen there and so I do think that if we’re going to move forward here you know we need plastic plates these are made with plastic so it’s a one-to-one ratio there um plastic is made with 200 millibockets of fluid

Plastic and how much fluid plastic do we get oh it’s the oxygen we need not the hydrogen I thought we needed the hydrogen either way um the oxygen and the ethylene although we need we need hydrogen for the ethylene right that’s where that’s required yeah nap through and hydrogen

Gets you 500 millibockets and you’d even get a thousand Milli wickets from the water you only get 950 which is a real pain in the back side so I think this is going to have to run twice in order to get us half a bucket worth of ethylene

That half a bucket of ethylene can then be used to not even get any plastic that gets us halfway there to getting half a bucket of plastic and then half a bucket of plastic gets two plastic ingots and so you can see where we’re going to run

Into some problems here because if we’re going to automate a lot of chemical research we need the plastic frame which requires plastic rods as well as plastic plates there’s a lot of plastic in here so there’s a big Power overhaul that I think is going to be required

There is the chemical reactor here which might just be a better way of making the ethylene so I think I saw earlier that there’s like um two ways of making the Ethylene yeah there’s a salt mixer and then there’s the chemical reactor the chemical reactor might just be faster

Because I don’t think either of these recipes are any better 1 000 per tick for 800 ticks versus 1 000 per ticket for 600 ticks Maybe not maybe the chemical reaction is just straight up worse I’m not too sure okay so while we were waiting for the electrolyzer here to produce a somewhat

Decent amount of hydrogen I went ahead and built a second boiler with 10 more steam dynamos currently these only have the turbine conversion augment in them so each one is only able to produce a maximum of 576 RF per tick but that does mean that between the 10 of them we have

An extra almost 6 000 Redstone Forks per tick being produced and so this is really just kind of a stop Gap solution obviously at some point we we can add the other augments right now we’re just a little low on Silver which is why we

Can’t do that at the minute but um with even with all these that’s going to take us up to 20 000 Redstone books per tick but like I said I really think this is a stopgap solution because of the fact that the nuclear craft machines just use

Such crazy high amounts of power I think maybe next time we’re gonna have to come back and look at potentially getting some compression dynamos up and running to really increase our power output by taking the oil refine finding it and then burning it in one of these compression dynamos to produce a large

Amount of power for now though over here we have hydrogen and oxygen oxygen is what we need in here to make the ethylene right so in here I’m going to say that the output tank for oxygen which is the bottom left one I’m going to say that that should output to the

Front and I’m just going to make sure that all the rest of these don’t output to the front like that then what we should be able to do is take a fluid pipe and run that from here around to here if we set this to extract always active this is already

Set to insert the oxygen and the net fur are now in here and so this should use 1000 Redstone flux protect to start processing the oxygen and the nantha into ethylene never mind I keep getting this wrong it’s napther and hydrogen is what we need now annoyingly I don’t know

If I can extract from this input tank which is a real pain in the backside it’s the I need to combine the oxygen with the ethylene in the salt mixer to make the plastic so okay I’m going to clear the net though we’re going to delete that we’ll leave that oxygen in

There and we’ll make another salt mixer real quick to make the ethylene in it shouldn’t be too difficult we can make more basic plating that’s fine we can make another one of these machine casings for that we are going through the machine frame and for that of course

We need yet more of these steel mechanical components which I guess we’re going to go and request our system make forwards because trying to make them in our inventory is a little bit inefficient and also apparently not particularly possible at the moment so uh back over here let’s just do you next

And start while we went for that let’s also get this electric motor up and running we just need one more craft of the copper solenoids boom and boom and boom there is our machine chassis and boom our second salt mixer so let’s not mess it up this time this time we’ll put

This down I guess for now next to the electronic separator like this uh we’ll go ahead and make sure that it gets an energy exporter as well and once that’s getting power let’s take another bucket to move some of the naphtha over like this and then let’s disconnect this

And move it over to here so we’re going to change this we’re going to say that the oxygen doesn’t output to the front we’re going to say that the hydrogen outputs to the front because it’s hydrogen that we want not oxygen and then we’re going to do this that should

Move the hydrogen over it does and now we should see the naptha and the hydrogen processing together to make the ethylene we can then take the ethylene out of here I assume with the bucket and then move it over into this salt mixer worst case scenario we might have to run

Like a janky cable like this that goes kind of around and into this salt mixer that would work but it wouldn’t be uh ideal we do of course need one bucket’s worth of ethylene before we can move it that’s fine we can move another bucket of NAFTA over and we do thankfully have

Enough hydrogen to make this work and once we have that that’s going to get us I think is it half a bucket worth of liquid plastic it is and then we can use the Ingot former or the fractionating still to make the plastic Ingot we we have a fractionating still we made one

Earlier in the episode and so I assume that this is probably the machine that we’re going to go with we’ll take that and we’ll put it down I guess for now right about here and of course as per usual make sure that it has an energy export so they get some power connect

That up with cables and you get it put the variable card in good stuff let’s get rid of that real quick and I unfortunately don’t think I have my integrated Dynamics wrench on me otherwise that would have been a lot faster either way in here we have one

Bucket of ethylene let’s take that out nice let’s put that in here again that’s going to process into the half bucket of plastic again we would need a Full Bucket if we want to move it over I guess what we could do though and I’ve

Kind of put this in the wrong place but I guess if we do this here and if I move the energy connector let me get my wrench back out real quick if we move that energy connector the fraction I think still is able to Auto pull and so if we

Do this and this and then in here we make sure that the top is set to Output which it is and then in here we can set the bottom to input and turn auto input on never mind Auto input does not work that is fine in that case let’s take

This make sure that the left side is set to output and then let’s just do one of these I don’t want it to connect here is the thing so I’m going to temporarily I’m going to temporarily disconnect this from extracting that way I can do this without this filling up with naptha

Which is not all we want then we can disconnect that here place this here re-enable the extract there and then over here we can set this to extract always active set this to insert and make sure that it can receive on the left hand side and there we go we have

Two plastic ingots nice okay so that’s the general premise obviously this is like a very rough setup we’re going to need to move these machines and set up the Automation in such a way that all of this works without us having to um to fiddle with this there are options here

That make this easier for example uh in here we don’t need the deuterium you can turn the tank settings to void excess and that means that when it fills up with deuterium it’s just going to delete any leftover deuterium so we don’t end up backing up on deuterium which is good

And we can do that with all of these to make sure that none of this backs up and we can kind of see how we’re going to get towards plastic automation here but before we can alter it plastic ingots I think we’re going to need a massive

Increase in power so that we can get these machines to a reasonable speed so that we make the chemical research at more than you know one research every four days so that’s gonna be a problem for future Isaac over here the or processing problem is one that I think we can we

Can try and help a little bit so annoyingly it looks like jelly querythium is our current issue which is surprising because I would have thought that we’d be doing all right Angelic cryotherium although it looks like the Snowballs here are the limiting factor we’re just saying it’s not producing the pristine matter

Fast enough let me make sure I did set this to around Robin I did and both of these are set to insert so it should be working temporarily we can give it a kick start by again stealing some pristine meta from over here and that will keep the whole system chugging

Along for a little while longer the problem that uh I think we are kind of having though is one of lava production right now we’re not having that problem but a second ago when I was building the boiler I noticed that we were full upon cryothium we just weren’t making the

Slang into rich like fast enough and that’s just because this magma Crucible wasn’t making the lava quick enough so there are a few options here we could purchase the next tier of thermal expansion upgrade which would allow us to make the manga Crucible even faster but I think that’s just gonna

Exacerbate the fact that we don’t have enough power already to power like our new machines and so something that twitch chat has pointed out is that there is an alternative way of making lava by using magma blocks and uh if we can take these mango blocks we can put

Them into the magma Crucible and it’s the same as with the Cobblestone but instead of taking 300 000 Redstone flux to produce one bucket of lava it only takes 40 000. and so the effect is that the magnet Crucible isn’t going to use any less power it’s just going to be

Faster at producing the lava so we’re gonna get rid of this bottleneck magma blocks can be made by either putting lava into a mechanical Dragon Basin which might actually be the better way of doing this or by crafting magma creams we do have slime balls but we

Don’t have belays powder yet we could get blaze powder either via this craft here with the hellish metal and gunpowder because we can get gunpowder from the zombie matter or we could get the blaze powder from blaze rods because we can get blaze rods from The Blaze data model but the mechanical Basin

Might not be a terrible idea here let me quickly see if we have what it takes to make the mechanical Basin and then I guess the real question is just going to be whether or not the mechanical Basin is kind of fast enough to make any of

This work I think that the answer is going to be that it’s probably not fast enough on its own but if we get a few of these we might be able to make it work I guess the trouble then though is that um we started to make lava right so I guess

That doesn’t really work actually now that I think about it because this requires lava and the whole point is that we’re making lava so it’s kind of a circular setup so never mind we are going to have to use the magma creams here with the Slime balls and the blaze

Powder this should be fine because it should just be a case of getting another blank data model and putting that into one of these workbenches in the white slot if we can find the white slot for blaze rods which apparently is bottom right we can then utilize one of our spare machines

I’ll use this one here for making Blaze matter alright so this is fully set up we have our Blaze data model which is only going to get better over time producing the hellish Mata and the pristine players matter as well you can either turn the pristine Mata into blaze

Rods or Sulfur powder where using blaze rods of course and that is clicked up to the system whilst we were waiting for our first Blazers to come in over here we told the pulverizer that it can turn one Blaze Rod into four blaze powder and then over here I taught these crafting

Tables how to turn blaze powder and slime balls into magma creams and then how to turn Nemo creams into magma blocks and so as we’ve done a few times before now we should be able to kind of get rid of this and drop down another item exporter with obviously crafting

Set to enable to export the magma blocks make sure that’s an exported on import to Isaac so if we do that there and if we get our our card let’s I guess first of all do we have any magma creams we don’t that’s fine let me go ahead and

Craft a Blazer down craft that with a slime ball or two and I guess we have to do this twice right and I should probably be trying to save my Blaze ones a little bit we don’t have that many of them a minute let me run that through a

Pulverizer instead of crafting it in my inventory I’ll put that in there I could definitely do with maybe making that pulverizer a little bit faster as well but once we have a few more blaze powder we could do this we can do this and then in here we can then

Specify a new card that is set for item magma block boom and if we were to put that into this item exporter like so that should start exporting blocks of magma and you’ll see it’s a lot faster than the cobblestone the question is whether or not we’re

Going to be able to produce those um magma blocks fast enough I think there’s a possibility that right now we might not be able to but I’m hoping that going oh of course I need to make sure that it’s set to actually craft that’s my bad let me do

This to true I think it’s possible that right now we might not be producing them fast enough but I think that once we get the the data bottle over here up to like self-aware I think we’ll be making more than enough blazewards to uh to keep

This going and in fact maybe already you know the um the blizzards are coming in quite quickly let’s see over here do we have any magma blocks being sent over we do nice okay so it’s being sent over um it jumped from 2000 to 3000 there three thousand to three and a half

Thousand really so long as the lava in here is not falling like so long as the amount of lava in here isn’t falling um actively then we should be okay yeah this seems okay it’s running quite well and so now the problem is jelly cryotherium again and I think that might

Again just be back down to the the magma Crucible it is the Magna Crucible is just not fast enough to keep up with it we do have more power now and so I guess we can get another magma Crucible down and I kind of feel like we

Don’t really have much of a choice but to do that simply due to the fact that um we need the oil processing we could try and turn off some more processing to um to save on power maybe if we if we wanted to but we need iron right without

Iron everything is gonna is gonna fall apart and so if we want to get iron back online we need more jelly cryothium which means we need at least one more magma Crucible all right so one extra magma Crucible later all I’ve done here is I’ve moved the first

One out to the side I’ve added an item conduit from the bottom of the sequential fabricator so that we can distribute the cryo theme dust to both magma crucibles and then I’ve upgraded the second one here with all the same augments and all the same upgrade kits

So that we can do something like this and get them both hooked up to the system so all of that gel lithium is being pulled out of course we’ll get some conduit facades to cover that up in the future but hopefully now the cryotherium is no longer the limiting

Factor in the production of Cinnabar and even more hopefully we kind of keep this full of Cinnabar going forward we’ve done basically like all of the upgrading that we can we’ve upgraded the induction as well to here to make slack faster and we are backing up on slack which is good

We haven’t upgraded the manga Crucible here but it’s got the augment in it we could put more speed upgrades in to take the power usage even higher but I don’t think that’s necessary we just need to make sure that we’re getting the magma uh locks in fast enough let me check

Over here I’m actually out of blazewards we are out of blazewards again um all we can really do there is just kind of let this cycle until we have a good amount of them which hopefully won’t take too too long I guess like in the meantime I can kind of

Throw a cobblestone in as well it’s just so much slower is the problem it looks like we are even right now producing the Cinnabar fast enough to kind of back up even with the slower lava production it looks like things are kind of trending in the right

Direction which is good and so yeah I’m quite happy with this um hopefully there’s Cobblestone here the stack of cobblestone put in will kind of give the blizz chest time to to back up or get enough players rods that we can then start processing into mangrobox and you know eventually when

It gets self-aware I think we’ll be boosting enough of them to keep it going indefinitely but now hopefully we are backing up online again which is good this is what we wanted to see we are slowly but surely backing up on iron we do have another problem though um we’ve

Got a few problems of course but is a problem we don’t need too much of it for our boilers because the boilers are very efficient at what they do but I think since we increased the steel production we’ve been losing cold cook because we are fresh out like all of

These are working full time and we do not have any cocog so between streams it’s a fixable problem between streams I’m probably going to make even more ovens and just line them up further this way thankfully they’re a little easier to set up now because we no

Longer need one fluid pump per cook oven I can just use the the fluid conduits so we could probably kind of get rid of most of these uh fluid pumps and maybe reuse them for something else I should have thought of that earlier because I

Had to craft a lot of fluid pumps when setting up the second boiler over there but uh but yeah between streams I’ll set up even more coat ovens so we can start making even more cocoa and hopefully that will be enough to keep our blast furnace is happy and of course keep our

Steam power online and speaking of power I think next time we’ll come back and we’ll take a look at upgrading our power situation maybe looking at using oil in a compression Dynamo I think we can turn the oil into refined fuel to make it even more efficient and really start to

Pump out some cereal his power at least until we can get to something like the fission reactor from nuclear craft which does require 32 chemical research so again a little ways away yet but uh wall upgrade power and then we’ll look at upgrading and automating the production

Of plastic as well as automating the production of pyrothium dust which requires Place powder anyway so we are going to have to use that blizz that we just set up along with some Advanced deal plating which doesn’t seem too bad but again is even more plastic so we

Really are going to need a lot of power to get that plastic coming in at a decent pace but as always that is a problem for future Isaac for now I’m going to go ahead and wrap up this episode of Feed the factory there all right