For the past year or so I’ve been acquiring used sanke kegs with the goal to convert them into kettles, or “keggles” as they are commonly called.  I currently have four… one in excellent condition, two in fair condition, and one with a big hole in the bottom that I did not notice until I had already gotten it home (will probably be turned into a table or stool eventually… currently acts as a stand for my cooler mash tun).  I’ve been using an 8 gallon kettle ever since I took my brewing outside, and a brew day hasn’t gone by without me regretting this purchase.  Taking into account boil off, 90 minute boils when using pilsner malt, and any batch size slightly greater than 5 gallons, I usually have this kettle filled to the very top, and always end up with some level of boil over.  The keggle seems to be a great option for me.  It holds 15.5 gallons so boil over is not much of an issue, and it allows me to move up to 10 gallons batches for those “house” beers you always want to have on tap.  It also has that DIY element to it that I enjoy, and personally I think they look really cool.

Did I mention I’ve been storing these in my garage for over a year now?  Here’s my issue.  I’m lazy.  Obviously there is some work involved to convert a piece of stainless steel designed for holding finished beer under pressure into a big pot… the most obvious task involving cutting a hole in the top.  I’ve researched this topic to death… bought an angle grinder and stainless steel cutoff wheels and have the plans for a simple, but tried and true jig for cutting a perfectly round hole.  Still, here I am blogging about it rather than being out in my garage cutting the hole.

This brings me to this morning, and ultimately the question I have for any of you who read this.  On my way to work, I passed by a welding shop in my town that I had not noticed before.  This got me to thinking if it would be easier (and cost effective) to just bring them the keg and have them cut the hole with a plasma cutter.  I honestly have no idea what the charge would be for something like this, but the simplicity of it is very appealing to me right now… as well as the thought of being able to brew my next batch in a keggle.  Do any of you have advice as to which way I should go (DIY angle grinder vs  professional plasma cutter)?  This also begs the question that since I would be bringing them the keg anyway, would it be better to have them weld on the connections for the valve, thermometer, sight glass, etc, or just use the weldless fittings I was already planning on.  Again, any advice would be appreciated.


Brew Day: Raspberry Cream Ale

This brew day started just brewing another batch of BierMuncher’s (from HomeBrewTalk.comCream of 3 Crops Ale. It’s a popular beer in my house, so I need to start a new batch before the keg kicks.  Overall the brew day went well. Had one stuck sparge, but was able to work through it. Pre-boil gravity was a couple points higher than expected, and the boil-off rate was also higher, so I added three quarts of water with 30 minutes left in the boil. Ended up with an original gravity just two points higher than expected, so I’ll take that as a win.

The following Friday my wife and I were enjoying a few beers at our local brew pub, Lunar Brewing Co., and we started talking about how much we liked their Raspberry Cream Ale that they had on tap over the summer. Then I remembered I had a batch of Cream Ale fermenting at home. Maybe this batch was destined to be racked over a crapload of raspberries? Absolutely! Picked up a large bag of frozen raspberries from GFS and added about 3.5 lbs of thawed berries to a sterilized carboy before racking the Cream Ale on top of them. Gravity before racking was 1.010. Within 24 hours there was significant airlock activity and the berries were beginning to turn white. At this rate I may be racking to keg by the end of the week.

Lunar’s Raspberry Cream Ale had a very distinct raspberry flavor and aroma, but was not sweet. A tartness/bitterness that melded well with the slightly hopped base. I did not get the impression that it was back-sweetened in any way, so I will not try that with my version.  The notes they had on their menu made mention of a slight vanilla finish.  Personally I never really picked up on it, so I will not be doing anything to impart that flavor either.  If you want the recipe, please feel free to grab BierMuncher’s original one here.  I’ve made a few changes in ratios when scaling it to 5 gallons, but in essence it’s the same recipe.  As soon as I have a chance, I will link the recipe from Beersmith to this posting.  Tasting notes to follow!


Hello, and welcome to the home of Fermented Ted Brewing Company! Never heard of us before? Yeah, that’s probably because there’s no such thing… it’s just the name I gave to the obsession that is my homebrewing hobby. I first started homebrewing in college back in 1995. It was the result of my roommate and I being underage and trying to figure out ways to score alcohol. We decided to ferment apple cider in glass, 1-gallon jugs in our dorm room, using bread yeast and filtering the end result through coffee filters. While the process was far from sanitary, the end result was actually pretty good, and was rapidly consumed by our friends (I personally refused to drink it myself). A couple years later my parents sent me a Mr. Beer kit. I brewed up every recipe I had and they all turned out very well. But the task of cleaning everything up, particularly the bottles, was far too demanding at the time, and I let my interest slip away.

Thirteen years later I read a Facebook post of a friend who was homebrewing down in Austin, TX. Everyone was commenting on how great the beer turned out and I starting thinking back to the fun I had with my Mr. Beer kit in college. After some questions to my friend, and research online, I went ahead and ordered a homebrew kit from Austin Homebrew Supply. After brewing that first 5 gallon batch, I knew I was hooked and haven’t looked back since. In just 8 months I have brewed twelve 5-gallon batches, and have transitioned from extract brewing to all-grain with a kegging setup. While I feel like I’ve learned a lot over the last 8 months, there is so much more for me to experience.

I have learned the most from reading posts at and other homebrewers’ personal blogs, and thought that it’s only fair that I contribute back by blogging about my personal experiences as well.   While the design of my blog is still somewhat of a missmash in my head, I expect to include topics such as equipment and ingredient reviews, DIY equipment projects, craft beer tasting reviews, and of course my actual brewing experiences.  Oh, and just a quick note about me… I love feedback.  If you are looking for something here and don’t see it or the information is not clear, please let me know.  I am always interested in improving what I have and making the blog better.  I hope you find something interesting here eventually!  Cheers!

~Fermented Ted