Category Archives: Brewing Equipment

SYNEK Draft System

Brew In A Bag?  More like Beer In A Bag!  This is like the countertop kegerator. And the thing is, that isn’t the coolest thing about the SYNEK. What is so cool, is that they have brought focus to a new way to package beer.  They call it “the ultimate growler”.

I first found out about this at the 2014 American Homebrewers Association National Homebrewers Conference.  At the time of this posting, their SYNEK Kickstarter campaign has about a week left.

Difficulty: level_1

Time Required:

Just keep reading.

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Cost:

$299

SYNEK Draft System

010-NHC_2014-SYNEK

 

The best way to describe it is like box wine. If you’ve ever bought some and taken apart the box to find the bag inside, you’ll know what I’m talking about. I’m not ashamed to say that I still do buy it, because there actually is good box wine. I’m an ultra-beersnob, but I’m fine with the Two Buck Chuck (or Three Buck, depending on where you live).

Anyway, back on subject. The premise is that anyone from homebrewers on up to professional breweries will be able to use the new packaging. It’s one of those ideas that was waiting to happen, since all the technology was there. I like the fact that with growlers, you can go to most any brewery and bring home the deliciousness. The bad thing is that once you open them, you need to drink the beer within a few days or it goes flat. Unless you are using some sort of carbonation cap (I’ve got a method, which I’ll have a post on soon). In any case, glass is not an ideal material for holding pressure.

I talked for a while with Steve Young, the founder for quite a while at the Homebrew Expo.  He’s the guy in the videos on their site.  You really have to watch the videos at the SYNEK Kickstarter page. It can do more justice than me writing about it.

The unit shown in the pictures was merely a non-functional demo unit, but the way Steve explained it, I don’t see any huge technical challenges.

Some more details of the packaging from Michael Werner (Strategic Director):

The cartridge is the first ever flexible packaging that can withstand carbonated beverages.  It is patent-pending and meets all standards and expectations for consumables.  It holds 128 fl oz and can be filled anyway you need.  Under the right conditions (speaking to homebrewers), you can even force-carbonate, prime, ferment, etc. inside. Last, we insure a 30-day shelf life after the first pour.  We have designed it to completely avoid air contamination during and after filling.  If carried out properly, we don’t see why a cartridge wouldn’t maintain carbonation and quality for as long or longer than bottles and cans (4-6 months).  This allows for storing and aging consumable liquids in SYNEK cartridges.

Sounds cool to me!

Here are some of the videos they posted:

 

http://www.youtube.com/watch?v=KEbMcimdFno

https://www.youtube.com/watch?v=m6GoiWGQPbQ

https://www.youtube.com/watch?v=e9cqkvlb5Yc

Here are some of the breweries they have ready to distribute using their packaging:

706ffb9c5991f0721583eb0b89df48c3_large

I myself am planning on acquiring an early unit, or at least one of the bags, to run it through it’s paces. For purely scientific reasons….

 

NHC 2014 Homebrew Expo

Ok, so this is REALLY what I came for.  You know I’m an equipment geek, so it was cool to see all the latest stuff.  In no particular order, here is my list of the coolest things I saw.

Missed my first post on my thoughts of the evening events?  Go back to the beginning..

Difficulty: level_1

This might be slightly more difficult to read than most, because your inner brew geek mind will easily wander into thinking about what you can buy or make next.

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My Favorite Things….

010-NHC_2014-SYNEK

SYNEK Draft System

This is like the countertop kegerator. And the thing is, that isn’t the coolest thing about the SYNEK. What is so cool, is that they have brought focus to a new way to package beer. The best way to describe it is like box wine. If you’ve ever bought some and taken apart the box to find the bag inside, you’ll know what I’m talking about. I’m not ashamed to say that I still do buy it, because there actually is good box wine. I’m an ultra-beersnob, but I’m fine with the Two Buck Chuck (or Three Buck, depending on where you live).

Anyway, back on subject. The premise is that anyone from homebrewers on up to professional breweries will be able to use the new packaging. It’s one of those ideas that was waiting to happen, since all the technology was there. I like the fact that with growlers, you can go to most any brewery and bring home the deliciousness. The bad thing is that once you open them, you need to drink the beer within a few days or it goes flat. Unless you are using some sort of carbonation cap (I’ve got a method, which I’ll have a post on soon). In any case, glass is not an ideal material for holding pressure.

I talked for a while with Steve Young, the founder for quite a while.  He’s the guy in the videos on their site.  You really have to watch the videos at the SYNEK Kickstarter page. It can do more justice than me writing about it.

I myself am planning on acquiring an early unit to run it through it’s paces. For purely scientific reasons….

010-NHC_2014EV_Keg

EV Container Plastic Kegs

So a few plastic keg manufacturers have come to market with mixed reception. What I think is so great about this one is that they have a removable liner, so it makes cleanup a snap. This will have huge implications for commercial breweries. NOBODY likes cleaning. I had this idea when I decided to go with the Fermentation Bucket Liners, but hadn’t thought all the way through how to do it with a corny keg, so I’m glad to see that somebody has done it with normal kegs at least. Currently, the only fittings available are for a Sanke keg connector. They are supposed to be slightly larger in diameter than a standard sixth-barrel or corny keg.  Visit their site to get more info.

010-NHC_2014Braumeister

Speidel Braumeister

Not necessarily new, but my first time seeing it in person. I have to say, it is quite beautiful. It’s like the Porsche of brewing equipment. Appropriate, since they are headquartered in Ofterdingen Germany, not too far from Stuttgart, Germany, home of Porsche. If you have the means, I highly recommend picking one up.
If you can read German, go here:
http://www.speidels-braumeister.de/brauprozess.html
If not, go here:
http://morebeer.com/category/braumeister-electric-allgrain-brewing-systems.html

Hop Union

Until NHC, I hadn’t used their products or website. I had just seen their nice advertisements in Zymurgy. I got a few hop samples and intend to use one for my 1 gallon brewing experiment (in process). Their website has a ton of resources applicable to the homebrewer. You MUST go to their site and find out all you didn’t know about hops already.

White Labs

What’s so new with White Labs? They’ve been around. Ok, well besides what I think is a cool application of genetic mapping technology to study the yeast family tree.

White Labs is introducing their new FlexCell packaging. All the information you would want can be found here:
http://www.whitelabs.com/innovation
And in case you were wondering, as with the traditional vials, if you collect 5,000 empty FlexCell packages, Chris White will come to your house. Start saving!!

Clear Beer Draught System

So I keg and don’t filter my beer. I use a combination of patience and not necessarily caring what my beer looks like. OK, so when I do get to that point in the keg where my beer is crystal clear, I do feel pretty pleased with myself. What we have here is an invention that allows you to pull beer from the top of the keg, instead of at the bottom. It’s basically a floating siphon. When I saw it, I thought “I wish I had invented that!”. I must acquire one and try it out.

Grog Tags

Ok, so I don’t bottle. Why do I care? It’s not just bottle labels, but keg/carboy labels, coasters, bottle caps and more. I hadn’t realized this before visiting their booth at the expo. I currently use gaffer’s tape on my fermenting buckets and then keep the same label all the way to the keg, but I do like the keg/carboy labels. And since my bottle labeling consists of a handwritten Sharpie label, it might be handy to have some real bottle labels made up. What else is cool about the bottle labels is that they are re-usable. As a test, I even ran my NHC tasting glass through the dishwasher with their sample label and it came out just fine.
More info and video.

Click on my link below for 10% off.

[ad name=”GrogTAG 720×300″]

Brew Toad

First off, thanks for the free wireless at NHC!

Another brewing software has entered the market. I talked to the developer of Brew Toad at the expo. While it doesn’t yet support special tools for BIAB, I will wait for it to mature a little and then include them in a future comparison of brewing software. I currently use BeerSmith, but I know things are moving the way of web based so you can have your information anywhere you have an internet connection, so we’ll see how this turns out.

I’ll be breaking my thoughts into a few posts:

Part 1: Evening Events
Part 2: Seminars
Part 3: Homebrew Expo (This post)
Part 4: Other highlights and parting thoughts

 

Homer Hopper Part 6 – Final Assembly

Homer Hopper Part 6 – Final Assembly

Difficulty: level_1

Time Required:

One morning or afternoon (For the entire project)

Background:

This is part 6 in the series documenting how to create your own Homer Hopper.  If you haven’t seen the introduction yet, please check it out.  In this post, we’ll be finishing up with the assembly of all components and fitting the hopper assembly into the bucket.

Posts for this project:

Introduction
Part 2: Bucket Modifications
Part 3: Wooden Base
Part 4: Mill Box
Part 5: Funnel Panels
Part 6: Final Assembly (This post)
Part 7: CAD Drawings

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Tools required:

*You’ll want a bench top unit so you can hold the hopper assembly with both hands while you shape it to fit in the bucket.

Material recommended:

You’ll need all of the pieces you’ve built thus far and the bolts and washers mentioned in the introduction post

  • 4x 1/4-20 x 0.75″ length stainless socket head cap screws or hex head
  • 4x washers for 1/4″ bolts ($1-$5 for screws and washers depending on where you shop) *You don’t have to use stainless for the screws or washers, I just got stainless so they didn’t rust while being stored outside in the garage.

007a-Homer Hopper - Components

How to do it:

007b-Homer Hopper - front view

Go ahead and orient the bucket on the base.

007a-Homer Hopper - View 4

Then install the mill with the driveshaft sticking out the side window (obviously).

007c-Homer_Hopper_base_with_c-sink

007c-Homer_Hopper_hopper_base_no_c-sink

Then, secure the mill with the bolts going through the wooden base and bucket.  Since your holes probably aren’t precision located, get each bolt started in each hole, then tighten them up.

Shape the hopper panels

007f-Homer_hopper_shaping

Keep dropping the hopper assembly into the bucket while sanding more material off of the tips of the panels until you get a nice fit.  The angle will be almost perpendicular to the base, but with a slight draft.

007f-Homer_hopper_panel_fit

Once you have a nice fit with the panels, it’s time to start shaping the mill box to fit in the bucket.  The bottom of the bucket has a radius all the way around the bottom, so you’ll need to shape the bottom corners until you can get it all to sit flat.

007e-Homer_hopper_grain_shield_fitted

Your finished corners should look something like the picture above.

007f-Homer_hopper_base_seated

Keep shaping until the entire assembly sits completely flat on the bottom of the bucket.

Final steps

007f-Homer_hopper_glue_grain_shield

The last steps are to glue the seams in between the hopper panels (as in one of the above photos) and to glue the grain shield in place.

Wait for all glue to dry!!!!

The last thing you want is for wet glue to drip into your valuable grain mill or get into your grain.

Up next…

CAD drawings and closure

Missed a post?

Introduction
Part 2: Bucket Modifications
Part 3: Wooden Base
Part 4: Mill Box
Part 5: Funnel Panels
Part 6: Final Assembly (This post)
Part 7: CAD Drawings

Thanks for your interest in this project!