Hopfather , same issue with the Gf pump getting clogged .
Youre also squeezing excess chlorophyll and polyphenols into you beer, which both increase your risk of oxidation on highly hopped beers. Especially if your doing it with dryhoping because your splashing as well allowing more disolved oxygen to enter your beer. This is very bad practice for beer longevityI squeeze my hop spider bag and seem to get same level if not more hop flavor than commando...
I have a similar arrangement. False bottom with dip tube in the boil kettle and a secondary screen around the dip tube. I think it almost works too well. If i use more than 6 oz of pellets with a whirfloc in 11 gallon batch i have to be careful not to recirculate too much or it will get stuck. I generally try to use only whole hops and recirculuate using my plate chiller. It works well. Cool down is 15-20 minutes and cold break/hop capture is got to be high 90%. Never clogged my plate chiller once. Not even 1 hop leaf ever in the chiller. Beers come out much more clear too.If you drain your kettle directly from its ball valve after chilling, as opposed to using a CFC or plate chiller, then just capture the hop debris on the way to the fermenter. After trying several solutions, I settled on a sieve (used for making honey) that works really well: Mann Lake HH440 Stainless Steel Double Sieve
The top layer is 840 microns, and the lower is 420 microns.
I brew 2.5-3 gallon batches so here's an average example; i.e. not a ton of hops, but all of them stopped nicely. And it does not clog like finer mesh filters always seem to do. I place this over a bucket and drain into that first, then pour the wort into the fermenter.
View attachment 616204
Youre also squeezing excess chlorophyll and polyphenols into you beer, which both increase your risk of oxidation on highly hopped beers. Especially if your doing it with dryhoping because your splashing as well allowing more disolved oxygen to enter your beer. This is very bad practice for beer longevity
Youre also squeezing excess chlorophyll and polyphenols into you beer, which both increase your risk of oxidation on highly hopped beers. Especially if your doing it with dryhoping because your splashing as well allowing more disolved oxygen to enter your beer. This is very bad practice for beer longevity
At some point I'm going to buy one of these:
https://shop.theelectricbrewery.com/collections/hop-stopper
and see how it does. Easy to see how if you're whirlpooling a lot of that stuff would collect in the middle depression leaving mostly clear wort to be pulled out of the boil kettle.
You are extracting them loose but will extraction will increase as pressure increases.How are u not extracting those same compounds if the pellets are free in the boil
To my understanding, though not soluble and creating an actual bound, it can be extracted through heat and pressure and will make its way into fermenter as a non-harmonious solution. When alcohol is created during fermentation, it can then be disolved we’re it can be oxidized and create off flavors.Chlorophyll is insoluble in water-based solvents, are you sure about this?
Youre also squeezing excess chlorophyll and polyphenols into you beer, which both increase your risk of oxidation on highly hopped beers. Especially if your doing it with dryhoping because your splashing as well allowing more disolved oxygen to enter your beer. This is very bad practice for beer longevity
I also have a V1 hop stopper. Used once, utter fail: it loaded up so badly with free swimming pellet mush that half the wort was still in the kettle when I finally showed mercy on the stalled pump and shut it down.
My concern with the much larger/different geometry V2: while it might work great under an electric element, setting that large an area on the kettle bottom might lead to scorching on a gas rig. I once tried setting my 6"x24" ss spider on the bottom of the BK for most of the boil only to find a matching scorched area...
You are extracting them loose but will extraction will increase as pressure increases.
To my understanding, though not soluble and creating an actual bound, it can be extracted through heat and pressure and will make its way into fermenter as a non-harmonious solution. When alcohol is created during fermentation, it can then be disolved we’re it can be oxidized and create off flavors.
This is exactly what I do--pump return into the hop spider and occassionally stir. My 5 gallon paint strainer bag also reaches to the bottom of the kettle and is less restrictive than a smaller bag.I've got a Grainfather and I use a hop spider on anything with a lot of hops because the pump filter tends to clog and transfers take forever. I recirculate the wort through the hop spider during the hop stand, or even while sanitizing the CFC and my beers come out plenty hoppy. I also stir the hops up in the spider every so often.
I wish I didn't have to use the spider and could just go commando but I can't stand the transfer taking 30+ minutes into the carboy.
I think this method makes sense to me. How hard is the sieve to clean? Also is there a reason you drain into a bucket first rather than directly from kettle to fermentor with the sieve over the fermentor?If you drain your kettle directly from its ball valve after chilling, as opposed to using a CFC or plate chiller, then just capture the hop debris on the way to the fermenter. After trying several solutions, I settled on a sieve (used for making honey) that works really well: Mann Lake HH440 Stainless Steel Double Sieve
The top layer is 840 microns, and the lower is 420 microns.
I brew 2.5-3 gallon batches so here's an average example; i.e. not a ton of hops, but all of them stopped nicely. And it does not clog like finer mesh filters always seem to do. I place this over a bucket and drain into that first, then pour the wort into the fermenter.
View attachment 616204
Yeah, same conclusion. I tried to position the spider so that it would sit above the heating element so the rising boil would pass through the spider, roiling the hops and overcoming the surface-area issue, and while that seemed to work somewhat, the only seeming solution to this is to increase the amount of hops in the spider. I'm sure there's a diminishing return to that strategy as well.
I've got a Grainfather and I use a hop spider on anything with a lot of hops because the pump filter tends to clog and transfers take forever. I recirculate the wort through the hop spider during the hop stand, or even while sanitizing the CFC and my beers come out plenty hoppy. I also stir the hops up in the spider every so often.
I use the official Grainfather hop spider, which is an 800 micron mesh as opposed to the 200-400 micron mesh of most other hop spiders. That's a MUCH larger opening which allows for far greater circulation--at least twice if not quadruple the area open of most hop spiders--while still containing the bulk of the hop material, even for pellet hops.
During the boil, I stir the hops inside the spider at least every 10 minutes or so. During the hop stand, I put the recirculation pump hose into the hop spider. Before I got the Grainfather hop spider, I used the cheap muslin bags from my LHBS to contain each hop addition due to the pump clogging issue. I haven't noticed any decrease in utilization since switching from the bags to the spider.
I am sure there is slightly less utilization than putting the hops in loose, but I find the far more difficult thing in trying to dial in my targeted IBUs is estimating how much my open 1 lb bags of hops have lost potency over the course of a few months. I am on too tight of a budget to buy small bags of hops for each brew.