Basically, you need a tank, a regulator some airline, a bubble checker would be good to have and a diffuser. Also, you'd like a timer of some sort as you really do not need to have co2 running 24/7 nor would you probably want to.

My setup:

• 24oz Paintball co2 tank: $30 at paintball shop filled with co2.
  $23 dollars on Amazon - though I would have still needed to get it filled at paintball shop for $5 which brings it $28. $2 more - i think it's better at that to support the local shop and plus I didn't want to wait for the tank to come to my house as that would have arrived later than anything else.
  
  
• Adapater to utilize paintball co2 tank - $9 on Amazon
  
  
• Bubble Counter - $10 on Amazon I know the regulator has a bubble counter, however with the paintball tank it would not work as it'll be horizontal instead of vertical - you can choose cheaper ones. I just liked this $10 one. Btw a bubble counter will show you how much co2 you're adding or at least how fast as not every bubble counter counts it at the same pace but a good gauge to see how much you are adding - ie. you really cannot ask how many bubbles per second you should be running. the 1-2 bps that I run might be different on your bubble counter)
  
  
• CO2 Regulator - $60 on Amazon
  
  Price for this setup: $109
  
  If you need a timer, there's plenty of options. I already had one, but you can find them on Amazon.
  
  
• I was able to get this one as an add-on for $3.54 for something else though now it's $14.50 :/ and ironically I switched to a smart switch idea for my build anyways.
  
  
• Got this smart switch to control my autodoser and some other things -if it works it's a good $20 spent.
  
  Though in the end, you would need a timer and if you already have one then you won't have to buy one. Or if you have extra smart switches either that you can set a schedule on.
  
  Other tanks:
  
  Instead of the paintball tank you can get a regular co2 tank:
  
  
• 5lb from Amazon - $62 + ~$20 to fill at an air place It would have brought my setup to $141 if I went that route. It might be $50 more than the paintball tank, but it only increases price by $40 because you don't need the adapter nor the bubble counter. Pros: It could be cheaper. 24oz paintball is $5 to fill(in most places) a 5lb which is ~80oz can be anywhere from $10-$20. If it's on the lower end of that range where you live it's cheaper. Other pro is that less often you need to fill it. Negative: Larger and harder to hide. It won't fit in my setup or how I have my tank setup.
  
  Of course, that's just buying the stuff to build the system.
  
  You can watch videos about it on Youtube like Aquarium Co-Op's Co2 guide but I can still try to break it down.
  
  Get tank and properly secure it to the regulator.(I'd recommend watching a video on that as the regulator does need to be open for this part apparently). If using the paintball tank, secure the adapter to regulator first. DO NOT secure it on the paintball tank first. If you do it with the way the adapter is built, I'm guessing you'd be losing a bit of co2. Though, I haven't tried it, I'm logically thinking that it ain't good. If you use a 5lb tank or larger, there's something about some disc or gasket or something that is supposed to help keep it from leaking. I'm going to refer you to youtube on that one. I didn't use any on my paintball setup except for the gasket already on the tank. I did use some plumbers tape on the adapter to regulator though. I'm just hoping I don't have a leak and I'd be pretty confident to assume that I don't as I still have CO2 in my tank after a couple of weeks.
  
  All you need to do now is to attach the airline hose(some people will say to use co2-proof hose to prevent co2 loss, but I decided to skip that and you can decide what you wish to do as I might be right or wrong on that part along with other people who claim airline tube is sufficient) to the regulator. So after you attach the hose to the regulator, attach the bubble counter somewhere along the line before the aquarium(I think I did that right). Of course, if you use the 5lb or larger tank, you should be able to use the bubble counter that came with the regulator as it would stand vertical. The line eventually gets connected to a co2 diffuser which will break up the co2 into smaller bubbles to easily be dissolved better into your water. Of course, there are other ways to get the co2 into your tank, but this is the way I do it. Youtube can show you other ways, or other redditors for that matter. One thing to note is that you should also have a check valve to prevent water from going from the aquarium to your system. It should most likely be closer to the water than the co2 system. The bubble counter I use, also has a check valve for whatever that one is worth. Some diffusers come with bubble counters and check valves as well. Speaking of diffusers, i forgot to add that to my price. but that can run anywhere from $5 on up. Also the diffuser might have to be cleaned due to algae once and awhile.
  
  The system should be ran using a timer to coincide with your light cycle and should run basically when the lights are on. I turn my co2 on 1 hour before the lights turn on and turn it off 2 hours before the light turn off. Hypothetically, you can run it 24/7 however it's better not to as the risks are a bit too much for putting something in your tank that is not being used as the plants typically don't use co2 with the lights out and you can risk running into a situation where you deplete the oxygen in your fish.
  
  Overall, I think it's worth it at least for me. But also be cautious that adding too much co2 might be detrimental to your fish. If you are running it and your fish are all gasping for air, you definitely are putting too much in but you should never get it that far which some way to check it would be a good purchase for this. I just use the method of figuring out the ppm of CO2 based on pH and KH. I'm not sure how accurate it might be but it has been stable and my fish are doing fine as well as my plants and the algae is at bay. There's also what's called a CO2 drop checker that you can purchase to measure this.
  
  If you really want to get into this, I'd recommend researching it further yourself and maybe wait on some other more "experienced" redditors to answer as I might and could be wrong on some things. I know I've read some people don't think the ph/kh calculation method is good and to buy a drop checker, but I'm pretty confident in using it for my tank but I might be undosing the co2 for all I know. Though on the flipside, I could be overdosing, though my fish are not showing any signs of symptoms of said overdosing. But I could be wrong on that. If I am, please let me know. :) Definitely do your own research, like you should on anything. :) At least, get a good footing and confirmation from other sources.

I've made some slight modifications to this, mostly to make it easier to follow. I've also included steps that should be quite obvious to someone who's done any homebrewing before, but I wish someone had told me when I first started.

I'd link to the original, for the sake of attribution, but the user who posted this deleted their account not long after I wrote everything down.

This will produce a sweet fruit-mead (or melomel). WARNING this will be far more alcoholic than it tastes, and should not be consumed if you've recently taken antibiotics, or suffered gastric distress, as the yeast culture will still be alive, and will happily colonize your intestines if your gut microbiome is too fucked up.

Equipment: Most of this stuff will be a good deal cheaper at your local homebrew store, but I've included amazon links (also to the yeast).

At least 2 (3 is better, for reasons we'll get to) 1-gallon jugs (I don't recommend scaling this up), glass preferred. Add an extra jug for each additional batch. This one includes a drilled stopper and airlock

Drilled stoppers (or carboy bungs) and airlocks, non-drilled rubber stoppers.

An autosiphon and food-safe tubing.

Food-safe sanitizing solution (I recommend StarSan).

An electric kettle with temperature selector is useful, but not needed.

If you want to bottle it rather than just keeping a jug in your fridge:

Empty beer or wine bottles (just save your empties), capping or corking equipment, caps or corks, and a bottling wand.

Ingredients:

2.5 lbs (1130g) honey, clover recommended.

A cup (approximately 250ml) or so of fruit (I recommend blackberries, and I strongly recommend against cherries, other recipes have worked for me, but this yields a very medical flavor with cherries).

1 packet Lalvin EC-1118 yeast (a champagne yeast notable for its hardiness, its ability to out-compete other microorganisms, and its high alcohol tolerance).

Optional: potassium sorbate (to reduce yeast activity when our ferment is done), pectic enzyme (aka pectinase - for aesthetic purposes). Both are also available in bulk.

Process:

Day 1:

Mix sanitizing solution with clean water at specified proportions in one of your jugs, filling the jug most of the way. Stopper it, shake it. Remove stopper, set it down wet-side-up (to keep it sterile), pour the fluid to another jug. There will be foam left behind, this is fine, don't bother to rinse it or anything. At low concentrations this stuff is totally fine to drink, and won't ruin your fermentation or flavor.

Add honey to jug, all of it.

If you have a kettle, and your jug is glass, heat water to around 160F (71 Celsius), pour a volume into your jug roughly equal to the amount of honey present. Fix sterile stopper to jug. Shake until honey and water are thoroughly combined. The heat will make it FAR easier to dissolve the honey. Set aside for an hour or so while it cools. Add clean water 'til mostly full, leaving some room for fruit and headspace.

If you're missing a kettle, or using a plastic jug, this is gonna be a little harder. Fill most of the way with clean water (I recommend using a filter) leaving some room for fruit and headspace. Fix sterile stopper, shake 'til honey and water are thoroughly combined. This will take a while, and you will need to shake VERY vigorously.

At this point, you should have a jug mostly-full of combined honey and water. To this, add fruit (inspecting thoroughly for mold, don't want to add that). Then dump in a single packet of the Lalvin EC-1118 yeast, don't bother rehydrating it first or anything, it'll be fine going straight in. Add pectic enzyme if you have it (this does nothing to the flavor, it just makes the end product less cloudy). Stopper it up, shake it again. This jug now contains your "must" (pre-ferment mead).

Pour some sterilizing fluid in a bowl, put a carboy bung/drilled stopper in the bowl, with an airlock. Ensure full immersion. Let sit for a minute. Replace stopper with your bung/drilled stopper, affix airlock. Fill airlock with clean water, sanitizing fluid, or vodka. Rinse the stopper, fix it to your jug of sanitizing fluid.

Place must-jug in a dark place, I recommend a cabinet or closet.

Days 2-7:

Retrieve jug, give it a little jostle. Nothing so vigorous as to get your mead into the airlock, but enough to upset it. This is to release CO2 buildup, and to keep any part of the fruit from drying out. The foaming from the CO2 release may be very vigorous. Do this over a towel for your first batch. If the foam gets into your airlock, clean your airlock and reaffix it. Perform this jostling procedure at least once per day, more is better.

Day 8:

Final jostling, I recommend doing this in the morning.

Day 9:

let it sit, we want the sediment to settle.

Day 10: Time to get it off the sediment

Shake sterilizing fluid jug. Affix tubing to siphon. Put the siphon in the sterilizing fluid, shake the jug a little just to get the whole siphon wet. Siphon fluid into either a third container or a large bowl. This is all to sterilize both the inside and outside of your siphoning system.

Remove siphon from jug. Give it a couple pumps to empty it of any remaining fluid. Place siphon in your mead jug, leaving the end of the tubing in sterilizing fluid while you do this.

Take the jug that you just siphoned the sterilizing fluid from. Dump what fluid remains in it. Place the end of the tubing in this jug, then siphon the mead into it. Make no attempt to get the last bit of mead into your fresh container, it's mostly dead yeast and decomposing fruit.

Add potassium sorbate if you have it, stopper the jug, place it in your fridge.

Clean the jug you started in. Clean your siphon and tubing.

Day 11:

Let it sit

Day 12 or later: time to transfer again, or bottle it.

If you no longer have a jug full of sterilizing fluid, make one.

Repeat the earlier steps to sterilize the siphoning system, with a bottling wand attached to the end of the tubing if you want to bottle.

Sterilize your bottles or a clean jug, either with fluid or heat.

Siphon mead either into your bottles or jug. Stopper/cap/cork when done.

Put your jug/bottles in the fridge.

The yeast culture is still alive, and will continue to ferment. The fridge, and optional potassium sorbate, will merely slow this down. I recommend drinking any bottles within two months, to avoid a risk of bursting bottles. The mead should already be tasty at this point, but usually tastes much better after a couple more weeks.

EDIT: Fixed the formatting up a bit.

Hey, just a friendly heads up you may wanna switch to food grade silicon tubing instead of vinyl (as that appears to me). I had once used a vinyl tubing until I read that when heated it releases chemicals that when inhaled can be extremely detrimental to the lungs over time. Not the worst thing once in a while I'm sure, but the food grade tubing will accomplish the same task as other tubes without the negative side effects. It's also a bit more flexible so it's easier to maneuver after a few rips! Looks AMAZING otherwise! Be safe and enjoy (:

Edit: here's the link to the one I used! It also fits around the glass stem of a MLFB perfectly so you can "Vong" (vape/bong!) if you have one (: sorry for the long link, I'm on mobile: https://www.amazon.com/gp/aw/d/B000FOWGG2/ref=ya_aw_od_pi?ie=UTF8&psc=1

So it looks like your faucet connections are some type of compression fitting. You shouldn't even need to tighten those just make sure they're nice and snug. Those supply lines your thinking about getting will work... but they look a bit short to me. I'd make sure they are at least 30" and even then that might still be short. If you really want to be sure I'd grab 2 additional 1/2 X 1/2 supply lines and two 1/2 X 1/2 brass MALE adapters and fasten your supply lines on either side of the adapter so that your left with 2 long supply lines. If you decide to go down that route I'd advise you head over to your local supply shop and grab a pair of channel locks preferably 420s. These little guys will make tightening everything much easier and I'm sure you'll have uses for them in the future. If you don't decide to do that you can do all the tightening easily enough with your wrench. Just make sure everything is more than just hand tight before you turn your water supply back on! Oh yeah and that plastic bag should all just be a bunch of spare bs. Hold onto it until the jobs done and then when your all good with no leaks you can just toss it.



https://www.amazon.com/gp/aw/d/B000BQY9XW/ref=pd_aw_fbt_328_img_2?ie=UTF8&psc=1&refRID=B518CVC1JP70MTR9420S

That's what you'd be looking for if you want to get adapters. Just make sure you don't get one with garden hose threads or something.

I actually didn't tally up the cost as that wasn't really of a concern to me, but I'll try my best to provide links to the things I bought for this. Feel free to add it up for me!

• Lighting
  
  • T-5 Grow light (came with 6500K bulbs)
    
  • 2700K bulbs
    
  • Grow light hangers
    
• Grow medium
  
  • Net Cups
    
  • Black Buckets
    
  • Black lids
    
• Nutrients
  
  • General Hydroponics Flora Series
    
  • General Hydroponics pH control kit
    
  • pH/EC/Temp Meters
    
• Grow tent
  
• Air ventilation
  
  • The only thing I ended up using from this kit was the cheapest part, the ventilation duct...
    
  • The fan from this kit is way too powerful for my setup because my humidifier couldn't keep up
    
  • I didn't use the carbon filter because I'm not growing weed.
    
• Water Distiller
  
• Humidifier
  
  • The cheaper the humidifier, the better. I first bought (and destroyed) one that had some sort of digital switch, so it would always be in the off state when you first supply power to it, meaning you can't turn it on/off with just a relay.
    
• Plumbing
  
  • Aquatec 8852 booster pump
    
  • 2 Gallon accumulator tank
    
  • Pressure relief valve
    
  • Tubing
    
  • Inline Pre-filter (Sorry they must have taken the product down...)
    
  • Misting nozzle T's
    
  • Tube ball valves
    
  • Analog pressure gauge
    
  • Misting Nozzles
    
    • Note that these nozzles are meant for WAY higher pressure systems (~1000psi) and I actually had to take out the spring for them to operate correctly, but they never clogged up, are easy to clean, and worked perfectly for me!
      
• Electronics
  
  • Raspberry Pi 3 kit
    
  • Humidity sensor
    
  • Pressure sensor
    
  • Water solenoid valve
    
  • 5V 4-channel relay module
    
  • Analog-to-digital converter
    
  • 24V to 12V converter
    
  • 24V Power supply
    
  • Resistor kit
    
  • Semiconductor kit
    
  • Circuit boards
    
  • Standoffs
    
• Wiring
  
  • 22 gauge stranded wire
    
  • 22 gauge solid wire
    
  • Power supply cord
    
• Connectors
  
  • Electronic Connectors
    
    • JST-XHP Connectors
      
    • JST-SM Connectors
      
    • Dupont Connectors
      
  • Plumbing Connectors
    
    • Bulkhead connectors
      
    • Quick-connect kit
      
    • NPT to quick-connect connector
      
      I also bought various tools, like crimpers, Dremel kit, drill, etc, but I don't consider those to be project-specific as I'll have them for the foreseeable future. Let me know if there's anything you see that you think I missed!
      

I saw this on pinterest the other day and I really want to build one. It totally matches my style. They are selling them on etsy for $285 with faucets and glycol lines, but I'm the kind of guy who never wants to spend money buying something I could conceivably build it myself, so I started pricing out pieces from amazon. You can see on the tee that it's a 2" tee, so I built everything else with 2" black iron pipe.

I know that people can sometimes find crazy deals on things like plumbing if you know where to look, so I'm putting it out there - who can help me find a cheaper price for the iron on this thing? I haven't found prices to be better at HD or Lowes vs amazon, and I like being able to get it all from one place as opposed to a bunch of different vendors.

2" to 1" bushings 2x $9.05

2" tee x1 $17.01

2" street elbow 2x $12.33

2" x 6" black iron nipple $9.85

2" floor flange $9.99

$79.61 with free shipping from amazon.

Most of it can be found on amazon:

- MJVO-3 3-Way Valve, Normally-Open, 1/8" NPT

-1/4'' OD tubing

-1/8'' NPT male and female connectors

-HPA tank with SLP regulator

-second stage regulator with at least a 300 maximum input psi (not on amazon, check paintball stores. Mine was second hand off ebay)

-paintball remote line quick disconnect (male and female)

-some good epoxy

-XBZ tank (ebay)

-1'' PVC end cap and 1'' inch PVC pipe for modifying your XBZ tank

-you'll also need a drill, dremel, and something to tighten down your NPT connectors

​

I also used COBBA Crazy's youtube channel a lot. He has a video breaking down how he made his LPA/HPA longstrike and it's super helpful and pretty straightforward.

>do you have any clamps/ gaskets you could suggest?


I just search for 2" Tri clamp on amazon and get what's cheapest. mind you it took me maybe a year to get all the pieces together when I built my system. something similar to these ones with the ferrules and the PTFE gaskets are great. I got a couple of those. there is a thing some guys do with certain wall thicknesses of copper where they can press fit the SS ferrule onto the pipe by freezing the SS and heating up the copper.

>Also can I pester you once I start putting all these components together?


please do. I'd be happy to see how your progress goes.

Thanks! That is the 1/2 HP pump I was looking at instead of the 3/4 HP one if I decided to go with a water powered backup solution. However, I think I may go with battery backup instead.

​

This Wayne WSS30V is 1/2 HP all-in-one combo with battery backup and also has an alarm built in. I think this is what I'm leaning towards at this point. I was also looking at that Mighty Max for the battery, or this Duracell Ultra Deep Cycle Battery for 12V Sump Pump if it's okay to use (let me know what you think).

​

I ordered one of these Zoeller PVC Plastic Check Valves. Do I need two on the combo unit, or is just one okay?

​

I have this Basement Watchdog Dual Float Sump Pump Switch with Controller on my current pump and was just going to transfer it over to the new one using the metal clamp it came with.

​

Any other suggestions or information is greatly appreciated. Thanks again for all your help!

1-Get yourself a grinder, got one? Go to 2
2- Grind a quantity of your stash (drier is always better), ground? Go to 3
3- Turn it on,I prefer 165°C for an energetic buzz, 200°C for a body high (results may vary)
4- Using the whip? Go to 5. Bagging it? Go to 8

5- Elbow pack that bad boy. Google elbow packing extreme Q or https://www.youtube.com/watch?v=07mIhuyDdTY&feature=youtube_gdata_player go to 5
6- Place elbow on cyclone bowl, let it heat for 2 minutes
7- Two deep breaths, one slow DEEP pull, hold it in for 5-10 sec

8- Fill your cyclone bowl loosely, no higher than the bottom of the black heat guard on the bowl
9- Assemble cyclone bowl + elbow + bag
10- Let it heat up for 5 minutes
11- Turn fan on 2. You should be able to see your hand through the bag's vapors. Thick vapors? Fan on 3, Thin vapors? Fan on 1

12- enjoy

P.S. You should look into changing your plastic tubes for this: http://www.amazon.com/dp/B000FOWGG2/ref=biss_dp_t_asn or something alike (I did and it is worth it). Non-toxic, heat resistant and can be cleaned with iso-alcool
P.P.S Also look into purchasing a straight glass reducer (standard 14.4mm labware reducer I think) instead of the elbow, reduced restriction = easier draw and faster bag fill

I built one of these to use as a stripping still since I ferment in 5 gallon buckets. It works great actually. At the basic level all you'd need to do is cut a hole in it and tig weld (or silver solder) a fitting into it for a water heater element. I'm using a $10 110v 1500w water heater element. Throw the sidebar Pot Still head on it and you're golden.

Cuts are easier and more precise on a larger still for sure, but many of us started out with a stove-top kettle and it is possible to make acceptable cuts at that size. My first few spirit runs were done with a 3 gallon wash capacity pot still I made from a 4 gallon stainless steel cooking pot and the sidebar pot still arm. I'd say it rivaled any bottom-shelf commercial product, but I could be biased. It was definitely acceptable drink to me and everyone I shared it with.

I say if that's what you have room for, go for it. It will work well for you and you can always upgrade later to larger sizes if you have room.

I just bought these and they're threaded on both sides so that what you linked to (or these which I also bought) should fit. I put them on some 5gal buckets and the seal is working great. Pretty happy with the setup so far :)

The only piece I had to fabricate is the little black cube in the top. I made that from a piece of 1/2" acrylic. I drilled a 90 degree hole into the top and side of it. Then used epoxy to attach it to the fan with the wires going through it. I had to snip the wire adapter off to do this. The holes I drilled into the cube were the exact same diameter of the male piece of the quick connect barb. This kept it snug but also allowed it to rotate in the hole.

Next, I then fished the wires through the quick connect fittings and through the quick connect bulkhead. After the wiring was all the way though, i re-soldered the wire adapter and used heat shrink tubing to seal it all together.

Once everything was wired up I connected the fans to a 4 channel PC fan controller and fired it up. I do have to say I am very happy with the results.fan closeups

All parts were bought on amazon or ebay. Mistkings fittings while black are nice, they are very expensive compared to the white ones I found on amazon. The fans were bought on ebay and were very cheap. I estimate I built 4 of the fans for about $30.00 USD

https://www.ebay.com/itm/Vktech-5Pcs-Black-Brushless-DC-Cooling-Blower-Fan-5015S-5V-0-1-0-3A-50x15mm-/183518100748?hash=item2aba87fd0c


https://www.amazon.com/gp/product/B00YGR2ILM/ref=ppx_yo_dt_b_asin_title_o06_s00?ie=UTF8&psc=1

https://www.amazon.com/gp/product/B01MZ2PLCR/ref=ppx_yo_dt_b_asin_title_o06_s00?ie=UTF8&psc=1

http://www.brandtech.com/articles.asp?artid=13

get a valve.

Honestly... I went with a more expensive oil less vacuum pump. Those things are dirty. You need to be careful about potentially contaminating your brew with the oil spewing out of the pump.

If you're going to go this route I would recommend rigging up some sort of glove box to do the vacuuming in (make sure it's sealed from the exhaust of the pump... aka caulk some joints for the hoses to connect to - aka seal something like this (I didn't check the pipe sizes of any of this shit so figure that out) http://www.amazon.com/dp/B002SAO7XQ/ref=cm_sw_r_tw_dp_lmIrub1RDNX7Y into this: http://www.instructables.com/id/DIY-Glove-Box/

here's a good video to illustrate what I'm talking about with the valve (you need a 3 way splitter to allow air into the vacuum line - the top example)

https://www.youtube.com/watch?v=DZe61UyL0lM

You can also turn it off/on and there's relay circuits for that (but they're more expensive). Honestly you should be ok with a valve I believe. Technically you should need more pressure as it filters as the filter gets more jammed up. So you wont be in a situation where it overloads it when you aren't paying attention (tho you need to watch it).

I'm not joking about the glove box. There's a reason they recommend oil less vacuum pumps for lab work (and they aren't cheap).

Hey! I’ve got the same vape and I was just about to clean it. Thankfully I read your post first! I’m also curious about how to clean the whip. I do know that someone told me that they sell that type of piping at Home Depot for SUPER cheap. Maybe cut it up to scrape in smaller pieces and buy a new long piece? Arizer sells a 9ft one too. Good luck!

Edit: here’s the link to some on amazon. I’d read reviews but someone used it with the exact same vape in the pics! link here

This is basically what I use...

The basics:

• Tote for your res
  
  
• Digital timer
  
  
• Pump
  
  
• Manifold (has an assortment of flow rate inserts so you can set it up how you want)
  
  
• fitting to attach hose from pump to manifold
  
  
• pump-to-manifold tubing
  
  
• Drip tubing
  
  Extras, that make things nice and easy:
  
  
• FloraFlex cap for even distribution through the medium
  
  
• Floraflex clips to hold the drip lines in place
  
  
  If you feed drain-to-waste, you'll want to come up with some way to collect runoff. Maybe something like THIS small HD tote, with a few holes drilled through the top. Just set your plant on top and it will collect all your runoff.

I use this with sleeving for a hookah-like vapor-bong experience, very flexible and works well. You can probably find 'medical grade' or something of the sort in the same size if that is something you care about but this type of tubing is used in drink dispensers and whatnot and is safe to 500f so I figure they are safe enough for vaporizer use.

Sure no worries, when you get your mind made up
I'll hook you up with what you need, This is very good tubing.
Have you not seen my Videos & Pics.
Tell me exactly what you want to hook up to where, ok. Happy to help if I can
Whip tubing food grade heat to 500 Autoclave-able washable
https://www.amazon.com/gp/product/B00DYAFIU0/ref=oh_aui_detailpage_o01_s00?ie=UTF8&psc=1
What glass connects do you need to what?

yup, silicone tube and a ball valve to control the flow if I'm feeling fancy. I also put together a little u-bend out of these three pieces so I can just hook it to the lip of the mash & boil. I have this pump which was nice because some of those tan pumps don't come pre-wired with a dc plug

the immersion chiller is a major key, and with the pump whirlpooling my wort I've actually found that I can cool 5 gallons quicker than when I was doing 2 gallon brews lol

I think I've got it figured out, but I could use a help figuring out / confirming the parts and connections for a recirculating line cleaner for my keezer.


When I purchased the Mark II Keg & Carboy Washer it came with an inline attachment for the post that allows you to connect tubing on the side. I've done that and attached a swivel nut with a 1/4" barb so that I can hook up a gas or liquid disconnect and divert some of the flow into the gas or liquid dip tube while cleaning a keg.


Using the same pump and the abovementioned setup, would getting a pair of these (is this the right size threading?) and attaching them to either end of a length of tubing do the job? This would, in theory, connect the swivel nut at the end of the keg washer tube to the swivel nut of the beverage line that runs to a tap faucet (after removing the quick disconnect).

edit: to point to a different hose fitting (1/4" NPT rather than 1/8" NPT)

Cut a one-foot length of food-grade vinyl tubing. You can get 10 feet for $5 on Amazon

Relatively stiff but flexible, and can be sanitized with boiling water. I've been using it for a while and it's great!

I bought 4 peristaltic pumps (because they are food safe) from:
http://www.amazon.com/gp/product/B00HIX2PEG
some cheap food safe tubing (about $3), an RPi, A webcam (I use a Logitech c310) for the microphone, and a spark.io board and relay shield:
https://www.spark.io/

Total cost (minus the pi) is probably a little over $200. You really don't need the spark board though (it's new so I wanted to play with it). So you could cut it down to about $125

The relay code is really easy on the spark since it is just the default relay code. I wrote a quick script that sends the on api command, waits 60s, then sends the relay off api command. The voicecommand software you can get from:
http://stevenhickson.blogspot.com/2014/08/voicecommand-image-file-and-controlling.html

I'll probably extend it further with a touch screen and some more stuff and do a full write up at some point.

The biggest contributor to the amount of foam is the flow rate out of the tap. To reduce the foam, reduce the flow rate. You're using 11 PSI with a 5 ft line, which sounds like it would pour really fast.

Option 1: Lower pressure for serving

Bleed pressure from keg and set regulator to 2-5 PSI when serving. Re-pressurize when not serving so the beer doesn't go flat.

Pros: No extra equipment required.

Cons: Incredibly wasteful in terms of CO2. Using this method, I blasted through roughly a third of a 5# tank dispensing just one keg.

Option 2: Adjust beer line length

Make the line length longer according to the style of beer, to compensate for high pressure in the keg. This has to do with fluid dynamics. There is info available on this if you search; I remember seeing posts on this a few weeks ago.

Pros: simple, effective, and inexpensive

Cons: Requires a lot of cutting and re-clamping of beer lines for each different style of beer; no way of doing fine tuning of flow rate for more or less head; requires keeping a bigger inventory of tubing for different styles.

Option 3: Flow control

Put something in your draft system that allows you to adjust the flow rate without attaching/reattaching anything.

Pros: easy to control, less hassle/mess. Just turn a dial and get the flow rate exactly what you want it to be, to perform on-the-spot adjustments for the perfect pour.

Cons: more expensive, although I've seen plastic inline flow controllers like this $2.50 USD one

I have the Perlick 650SS tap on my kegerator and it works like a charm. If you're using a picnic tap or want to use a tap without built-in flow control, and you want something nice, you can get an inline flow control compensator like the one made by CM Becker, or (less expensive but still solid) make one using a stainless steel NPT ball valve and two hose barbs (clamps and plumber's tape not included).

Edit: info/links

I ended up ordering this SS b/v. Seems like it should work with the correct nipples right? Also, how do you compress the actuator on the can tapper npt connection? Rip it out? Thanks for your help

Think I decided on heat set up.

this heater Heater comes triclamp ready with an endcap for 53 bucks

with this ferrule / triclamp kit
2 2" ferrules & 1 2" clamp for $15 delivered. The other 2 ferrules will be saved for a reflux later if this hobby sticks with me.


Thanks for your input, it really helped me decide... Off to study temp controllers. I noticed you linking to the stilldragon controller awhile back. The one you posted... was it the large or medium? The pics both look the same on the ausi site.

I just set up something similar to automate watering of some trees we just planted that are on a drip line hooked up to a spigot. I used one of these:

https://www.amazon.com/dp/B00PVQFTHW/ref=cm_sw_r_cp_api_i_fbXdBbJZ06AT0

Plugged into one of these:

https://www.amazon.com/dp/B01NAO4B9Z/ref=cm_sw_r_cp_api_i_-dXdBb8ZM1Q55

Works great and no batteries. Ends up to be about the same price.

Edit: this is plumbed inside my house. Pretty sure neither of these products are rated for outdoor use.

Do you mean 1/4 barrel? I'm making a Boka out of a 1/2 barrel keg (15.5 gal). Here's what I've bought:

5' of 2" copper DVW pipe - Local hardware store
25' of 1/4" copper refrigeration coil - Local hardware store
Stainless steel pot-scrubbers - Walmart

Clamp ferrule:https://www.amazon.com/gp/product/B00835O0J6/ref=oh_aui_detailpage_o02_s00?ie=UTF8&psc=1

1500W heating element: https://www.amazon.com/gp/product/B0006IX89Q/ref=od_aui_detailpages00?ie=UTF8&psc=1

Fitting for heating element:https://www.amazon.com/gp/product/B003GSL0S4/ref=oh_aui_detailpage_o02_s00?ie=UTF8&psc=1

Triclamp:https://www.amazon.com/gp/product/B00ED2EZCK/ref=oh_aui_detailpage_o03_s00?ie=UTF8&psc=1

Triclamp gasket: https://www.amazon.com/gp/product/B013S1M75I/ref=oh_aui_detailpage_o03_s00?ie=UTF8&psc=1

Thermometer:https://www.amazon.com/gp/product/B0198473E4/ref=ox_sc_act_title_1?ie=UTF8&psc=1&smid=A24QHZSKPYNZBC

Flux:https://www.amazon.com/gp/product/B000V88WJW/ref=oh_aui_detailpage_o02_s00?ie=UTF8&psc=1

Lead-free solder: https://www.amazon.com/gp/product/B0002JM8D6/ref=oh_aui_detailpage_o02_s00?ie=UTF8&psc=1


I am going to start by forgoing the Liebig condenser as I don't think its terribly necessary and it can always be added easily just after the compression-fitted valve. The hardest part was finding 5' of copper pipe, everyplace wanted to sell me 10' and the prices were all over the place.

Hope this helps!

Super easy, need just a screwdriver to remove the old one. Its the thing mounted a bit higher in the PVC pipe. Get one that matches the size of the pipe. Here is one as an example.

https://www.amazon.com/Zoeller-30-0181-Plastic-Check-Valve/dp/B0009WD1L4

I use an aeotec plug:
Aeotec Smart Switch 6, remote control smart plug, Z-Wave Plus, small size, side USB charging port, power metering https://www.amazon.com/dp/B00VQISOCG/


With a ball valve like this:
BACOENG 3/4" 110V/220V NC Motorized Ball Valve, NO/NC 2/3 Way BRASS/SS 1/2"-1" Available https://www.amazon.com/dp/B00PVQFTHW/

Sound cool.

A few observations, if you don't mind me butting in.... Sounds like a really good application for a small peristaltic pump. If you are using some other type of pump, like an impeller pump, it might be higher flow than you need. A peristaltic pump and a relay would probably work.

here's one for low flow apps that is $23. There are tons on amazon and ebay:

http://www.amazon.com/ZJchao-Peristaltic-Liquid-Pump-Electronics/dp/B00HIX2PEG/ref=sr_1_1?ie=UTF8&qid=1452885463&sr=8-1&keywords=Peristaltic+Pump


I can appreciate your reluctance to use discrete semiconductors. (You are already using integrated semiconductors, of course.) It's a little trickier to make your own DC drivers out of discrete parts, but fortunately, there are many alternatives to that.

For one, you can use what's called an "H-bridge", which does both the direction changing and the driving of a DC load, and it's probably as easy to use as an SSR. You need one lead to "steer" and one lead to "drive". Another advantage of this is that you can use pulse width modulation, which preserves torque at low speeds and allows control over the speed of the pump. It also allows almost instant braking of the motor. When you turn that sucker off, it stops.

https://en.wikipedia.org/wiki/H_bridge

here is a data sheet for one from Mouser Electronics:

http://www.mouser.com/ds/2/405/lmd18200-440916.pdf


They are $15 in quantity 1.

http://www.mouser.com/ProductDetail/Texas-Instruments/LMD18200T-NOPB/?qs=sGAEpiMZZMvu8NZDyZ4K0cK2%252bZITVZKj

No harder to use than an SSR, I think. (I chose this one instead of 100 other because of its packaging. It's a TO-220 package and you can cram it into a PCB board without having to deal with surface mounting. (Heat sink it, though.)

For what you want to do using relays and slower pumps is the simplest, and using h-bridge and any pump is the most flexible.

If you want to do other things downstream of this, getting familiar with H-bridges is a good learning experience and will pay off more.

[edit: package]

Couple of things come to mind, this is one of them: https://redd.it/6p3f85

If you truly want just a valve this should work for you: https://smile.amazon.com/Electric-Solenoid-110-VAC-Normally-Closed/dp/B007N0J98E/

You'll need a few fittings to make it work with the hose, but that should be pretty minor.

I've shared this here before and it's worth mentioning here too.

I take lawn/garden pressure sprayer and replace the end with a sink sprayer. You'll also need a fitting to connect them which is likely this but you can't know for sure until you have the garden sprayer in hand. This gives me very simple, one handed control over a relatively low flow water sprayer that's designed for rinsing soap off of things.

It's simple, cheap, it doesn't take any electricity and works really well. I can take a full shower including shampoo and conditioning long hair with less than a gallon of water.

I just finished up a fruit beer a couple weeks ago. To filter out the particles I used an aquarium micron bag and clamped it onto the end of the hose with one of these. All in all, it worked out pretty well.

I had similar problems with my cage. I got a jar of InstaMorph and made a little cover for the back of the bar. Works perfectly. I also used the slightly bigger ring and threaded it through a piece of Food Grade Vinyl Tubing which both reduces the diameter, but more importantly, makes it non-skin, without being to grippy. If that makes sense.

yo the max operating temp is listed right there in the listing, it's much lower than desired. You want silicone tubing to be safe. It's also a bit more flexible.

If it helps here are some of the key parts I got:

1/8 BSP QEV

16g co2 regulator

3/2 valve

1/8 bsp 6mm push-to-fit hose connector

6mm PU pneumatic hose

1/8 bsp elbow

1/8 bsp 6mm push to fit elbow

AN4(aka UNF 7/16) to 1/8 BSP adapter

That last thing is used to change the regulator output from its funny UNF thread to BSP thread.

Sure thing! Here's a list of the main equipment:

Lighting - Finnex FugeRay Planted+ Aquarium LED Light Plus Moonlights

Light Risers - OEM FINNEX LIGHT RISERS FITS PLANTED+, RAY2, FUGERAY, ETC.

Filter - EHEIM Classic 250

Co2 - Tank / Diffuser / Drop Checker

Heater - EHEIM Jager Aquarium Thermostat Heater

Addon - Finnex Breeder Box with Light

Here is what I did (from a past post):

Below is the parts list I put together, along with the full view of the build if your looking to do something like it.

4 Shanks $46

1 10" nipple $12

1 Pipe T $20

2 Elbow $26

2 Bushings $14

1 Floor Flange $13

2 2" Nipple $13


Also, I bought the CMBecker faucets for around $40 a piece from kegconnection

Kegerator Full View

Also, I've seen some decent PVC tower builds, just Google them

Ok dude I got you bro...I want you to check 2 thinks for me. Check to make sure that the plastic duck work from the mass air flow sensor to the throttle body is all attached properly and secured. Play close attention to where it is hooked up to the throttle body with that 8 mm hex on the gear clamp on the driver side that you have to fish through with an extension to tighten. if that all looks good, I want you to take a look on the passenger side front of the valve cover and you will see a small plastic hose that goes forward into the plastic ductwork. Where that hose attaches to the plastic duct the nipple breaks off and then you get a vacuum leak. I would be very surprised if that was not your problem. If that plastic nipple has broken off, go to the hardware store and get a threaded 1/2 inch Barb that you can put a half inch hose onto, heat it up, and twisted into where the plastic piece broke on and then install the hose. like this, but 1/2"

Sure, that should work. Just make sure that you clamp down all your hoses and double- and triple-check for leaks. Keep some extra hose clamps on hand. They should be super tight, but not so tight that they cut through the tubing.

I posted this the other day but a Reddit user suggested I paint it black to have it absorb more heat so I figured I'd post up the finished product. If anyone is interested here's the materials I used, just cut the rubber hose attached to a new clean insecticide sprayer, attach adapter, put on your hose and boom, camp shower with fairly decent water pressure.

https://www.amazon.com/gp/aw/d/B002SAO7XQ/ref=yo_ii_img?ie=UTF8&psc=1

https://www.amazon.com/gp/aw/d/B001GZZFXA/ref=yo_ii_img?ie=UTF8&psc=1

https://www.amazon.com/gp/aw/d/B0039EEN0M/ref=yo_ii_img?ie=UTF8&psc=1

https://www.amazon.com/Electric-Solenoid-110-VAC-Normally-Closed/dp/B007N0J98E/ref=sr_1_1?ie=UTF8&qid=1499072073&sr=8-1&keywords=water+solenoid+110v

https://www.amazon.com/Century-Plug-Mechanical-Timer-Grounded/dp/B00MVFF59S/ref=sr_1_6?ie=UTF8&qid=1499072056&sr=8-6&keywords=timer

+some hoses / tubes / enclosure for your electronics and a few hours of your time.

you should be able to construct a nice system for 50-100 dollar

One thing I would say that might help is to move the check valves lower. They should be very close to the pump itself. Yours are so high that a lot of the water that gets pumped up comes right back into the sump. So they work more and the water level stays higher.

Make sure they are working when you move them. If not or suspect get a Zoeller 30-0181
http://smile.amazon.com/Zoeller-30-0181-Plastic-Check-Valve/dp/B0009WD1L4

I suggest this Gates Fuel Line Hose instead. It's top quality reinforced hose. I also suggest these hose clamps. That petcock seems OK. It should be replaced because it will likely go out while you own it, and this might be why the scooter stopped running suddenly.

https://smile.amazon.com/gp/aw/d/B007N0J98E?psc=1&ref=ppx_pop_mob_b_asin_title

You can use a valve like that and control with a wireless relay such as a sonoff basic or a Z-wave switch.

If it's the stock tube (which it probably is if you haven't replaced it) then its vinyl. Vinyl will degrade in ISO. Order some silicone tubing as its alcohol safe and more flexible. I used this when I had an EQ. You want 5/16" interior 7/16" outer. https://www.amazon.com/dp/B00DYAFIU0/ref=cm_sw_r_cp_api_Lb4-yb3RTJ243

Angled clearomizer, just the tip, or try to fit this on somehow and leave the pv where ever.

Plumber here, buy this pump and this check valve . For your backup,it is a bit pricey but if you are on city water (well water wont work in the event of a power outage) I would recomend this pump It is powered by a stream of water so you don't have to worry about battery maintenance.

What kind of pump is it? I had a 5 year old big box store tether pump that would wake the whole house. Upgraded to a Zoeller m53 which cost me $125 on Amazon and is whisper quite. Don't forget to add in a check valve, which it doesn't look like yours has.

These are what I bought:
http://www.amazon.com/Zoeller-Mighty-mate-Submersible-Sump-Pump/dp/B000H5PYR2/ref=sr_1_1?ie=UTF8&qid=1452683726&sr=8-1&keywords=zoeller

http://www.amazon.com/Zoeller-30-0181-Check-Valve-Inch/dp/B0009WD1L4/ref=pd_sim_60_1?ie=UTF8&dpID=41tvTOSrD7L&dpSrc=sims&preST=_AC_UL160_SR160%2C160_&refRID=1DQ4X69H0CMEEQG9T9PN

They do make automatic top offs for aquariums which could be modded for this. it is meant however to control a pump from a reservoir to fill up the aquarium instead of from the tap. you could buy [this] (http://www.amazon.com/Electric-Solenoid-110-VAC-Normally-diesel/dp/B007N0J98E/ref=sr_1_1?ie=UTF8&qid=1373403144&sr=8-1&keywords=water+solenoid+valve+110) and use it with a JBJ ato(one I use for my reef tank.) Or buy this if you want the diy way and hook it up accordingly. There are already cheap options so I personally would choose another project and use whats already available on the market for your hydroponic system

If anyone is interested... I did experiment with one and it worked rather well for the test.

This is the valve I used

this will probably prove helpful, it's a paristaltic pump so the fluidic path never directly contacts the mechanical elements (as opposed to a syringe pump). PWM-able for timing control, and you can likely control the flow rate further by using varying inner and outer diameters of tubing.

This is the 3/8" copper wort chiller that I have.

.

This is the tubing which I bought separately and have been using until now.

.

This is the tubing I'm considering purchasing.

Minimum Setup is only 3 items

Tank

regulator

Diffuser

Never heard of it. But here's the parts to do that.
Carbonation cap with fittings.
Mini CO2 regulator with adapter
Co2 Tank
Tubing
Hose clamps.

5/16" I.D. x 7/16" O.D. Silicone... https://www.amazon.com/dp/B00DYAFIU0

> stainless steel 316 Tee

http://www.amazon.com/dp/B003LSSLE0/ref=biss_dp_t_asn -----

>stainless steel 316 nipple 1/4 ----------
http://www.amazon.com/gp/product/B004Y18C56/ref=pd_luc_rh_bxgy_01_02_t_lh?ie=UTF8&psc=1 ----

>ball vales
http://www.amazon.com/Stainless-Steel-Mini-Ball-Valve/dp/B006VE3BF0/ref=pd_sim_sbs_auto_2?ie=UTF8&refRID=0QATKNJ8JPYS71CX5ZPG

>can tap
http://www.amazon.com/Robinair-10102-Side-R134A-Respective/dp/B0009XT7NY/ref=sr_1_2?ie=UTF8&qid=1417119173&sr=8-2&keywords=can+tapper

Vinyl Tubing - 10 feet 5/16 ID - 7/16 OD (Food Grade) https://www.amazon.ca/dp/B000E62TCC/ref=cm_sw_r_cp_api_i_G7d6BbHPD31ZP

Obviously way more than you need, but here's 10' 1/4ID 3/8 OD for $9.

https://www.amazon.com/dp/B000FOWGG2/ref=biss_dp_t_asn

When you replace it you really need to add one of these

here

So what I would do is, remove that union, connect the check valve and PVC down to the pump (I'd drop in one in the sump). You'll need a threaded adapter on the pvc to the pump and any 45 or elbow as needed.

Relay Timer: https://www.amazon.com/Inkbird-Digital-Switch-110-220V-IDT-E2RH/dp/B008KV65MS

Pressure Switch: https://www.coleparmer.com/i/dwyer-cxa-s3-water-pump-pressure-switch-nc-range-35-150-psig-2-4-10-3-bar/6806346

Pump: https://www.kleen-ritecorp.com/p-58407-aquatec-58-flc-220-pump-with-220-psi-pressure-swich-internal-bypass-12-motor-leads-115-vac.aspx

Solenoid valve: https://www.amazon.com/gp/product/B007N0J98E/ref=oh_aui_detailpage_o06_s00?ie=UTF8&psc=1

Without a proper airlock, the brewing vessel is either going to build up pressure and pop, or it's going to let in all sorts of things from the air, and would be about as safe as any attempt to drink grape juice that's been sitting out on the counter for a few weeks.

It's possible to brew this way, but it's almost guaranteed to end up poorly. There's a very high chance of it going bad, that is, of growing mold or other unwanted microbiotic visitors. You'll probably be able to see this happen.

Even if it doesn't work, the end result will most likely be one of the nastiest forms of wine you've ever had. It's not quite prison hooch, but it'll be close.

----

If you and your friends really want to try and get into brewing on the cheap, my suggestion is to start with an airlock and bung like these, find a gallon of apple juice or apple cider at the grocery store in a glass bottle with no preservatives (check the label), and drop in 1/4 of a packet of a brewing yeast like this one. It's a very beginner friendly (and kinda harsh) yeast that will survive mistreatment and bad conditions no problem. You put the yeast in the apple juice, you put a little water in the airlock, you put the airlock on the jug, and wait a month. You'll want to get a food safe hose to siphon out the brew when it's done, and you'll need bottles to age it in (the stuff will taste bad at first but give it 5-8 months and you'll have somethign wonderful). When the brew finishes that first month, fill up the bottles and seal them, then keep them somewhere cool for 5-8 months. Note: you'll need clean glass bottles, and you'll want to sanitize them or else any bugs in there will make the brew go bad while it ages. I like swing top bottles, they don't require a capper machine or a supply of caps.

Total cost to brew up a simple tasty cider, including all supplies:

• ~8$ for the gallon jug of cider to start.
  
• ~2$ for a pack of EC1118 yeast (the amazon link above is for 5 packets)
  
• ~3$ for an airlock and a bung
  
• ~18-20$ for a half dozen 16oz swing top bottles
  
• ~5$ for a hose
  
  Coming out to less than 50$ to get started, and most of that you won't have to buy again for later brews. If you find a local homebrewing shop you might be able to get these things cheaper... or not. At least you should be able to find them in single packs instead of amazon's bulk sets.

Homebrew Materials:

Vacuum Pump Oil

Vacuum Tubing

1/4" Barb x 1/4" NPT Male Hose Fitting

1/4" Male x 1/4" Female NPT Extension Hose

Vacuum Pump

Filters

Spatulas

Magnetic Stir Bar

Digital Hotplate with Magnetic Stirrer

Nitrile Gloves (Better than Latex)

Empty Capsules (Buy Separated unless you hate your life)

Capsule Machine (If you value your sanity, buy more than a 100... I hated my life doing this)

Mohr Pipets

Pipette 10ml

Mortar and Pestle (If you're doing orals, get this... Otherwise, you're playing Russian Roulette with your doses and liver)

Funnel (For pouring into small places)

Alconox (For clean your shit)

Temperature Gun (How hot is my shit?)

Graduated Cylinder (If you measure with beakers, you're a fucking idiot... And you should consider Volumetric Flasks)

Beaker Set

1 Liter Beaker (Because brewing en'masse is better)

Scale (I have a 2kg one, too)

Calibration Weight Set

Calibration Weight 100g (Because you need two for the scale linked)

Vacuum Regulator (Unless you want to filter 9001 times due to broken shit)

Oil (Any USP grade, filtered or unfitlered)

BB

BA

Butyl Stoppers

Flip Top Seals

Crimper

Vials (Unsealed)

Autoclave (Cheaper than an oven, why are you using an oven?!)

Weight Boats (Buy a million of these. They're cheap and useful)

Did I miss something? Probably. Yes.