My name is Shawn, and I have a problem with gas.
Specifically, the carbon dioxide tank in my 3-tap homebrew kegerator. About two weeks ago, I noticed that my beers were getting a little overcarbonated. My regulator, it turned out, was set to a very high 14 PSI. I try to keep it at 10 PSI, which produces an acceptable level of carbonation for most beers; not ideal for all, but it’s good enough and a simple round number.
But when my precious beers were suddenly pouring out as 80% head, I knew something was amiss. So I got on my knees, pulled a keg out of the kegerator to get to the 5-pound CO2 tank at its home on the compressor hump, relieved pressure at the tank valve and turned the regulator screw a tiny bit counterclockwise to lower the pressure. It doesn’t take much to get big results: a few degrees of torque on a quarter-inch bolt can result in a difference of 3-4 PSI, and sometimes it takes a day before it stabilizes.
But it seemed like it was going to work, for a few days. Then, by coincidence, the tank ran out of gas (I suspected a leak, but thankfully found none). Unfortunately, it was a Monday and I live too far from Austin Homebrew Supply to go there on a weeknight, so I had to wait 5 days before I could get it refilled. Once done, I happily hooked up the newly filled tank and set the pressure to 8 PSI in the hopes that the pressure differential would bleed out some of the extra carbonation in the beer and equalize at the level I’m looking for.
And bleed it did. I poured a pint of Weiss Blau Weiss a few days later, and it was straight-up flat. The regulator was surprisingly at 3 PSI. I was in full WTF mode by this point, until I realized that I set the pressure before I opened all the valves in my gas manifold. 8 PSI with one valve open to one keg dissipated after I opened the other two valves.
Now I think it’s back to normal. We’ll see in a couple of days. And someday I’ll invest in longer beer lines for the system. Longer beer lines mean more distance for the beer to travel from keg to glass, which means it doesn’t come out so fast and so foamy even when the pressure’s a little high. That’s the next logical step, but I’m hoping to put that project off for a less-busy weekend.
Was there a point to this story? No, mostly I’m just venting. But it’s a solid cautionary tale for any homebrewer out there still slaving over a bottling bucket, manually filling and capping 11 bottles for every gallon of homebrew and thinking, “Once I get my kegging system, all my problems are going to be solved!” I once thought that, too.
Nope. Sorry. There will always be problems. Something can always go wrong. Especially when your hobby’s primary equipment options are mostly Frankensteined together by DIYers from common appliances, picnic gear and plumbing fittings. Problems are a given. You just have to roll with them.
But that’s part of the fun. Anybody can go to the store and buy great beer by the case. What makes homebrewers invest the time and the money in all the constant tinkering? Ingenuity. Creativity. And a morbid, wretched drive to find problems that need solving. It’s the same reason I build my own desktop computers from scratch instead of buying them off the shelf. It’s the same reason I’ve been researching and outlining my novel for an obsessively long eight months, poking holes in my own ideas before I write the first page. Like many men, I may shout and curse and bang my fist when a frustrating problem rears its head, but secretly, I love it when a problem arises, because it’s another chance to prove how smart I am by solving it.
So here’s hoping this problem is solved … for now. A pint is calling my name, so I’ll test it soon. But I’ve got hours to kill before bedtime, and who knows what might be waiting for me in there?