So since I used a wort chiller, this could certainly be happening without me aiming for it. Since I’ve never had an issue here, I haven’t researched it but from your article it would make sense that I’m Obtaining this cold break on top of the hot break.
They also mention fermentation will drop additional polyphenol. So this would be by itself little impact in final beer. When I’m discussing excess hopping I’m talking about folks who dry hop at a 1.5-2oz per gallon which some articles promote, which I totally disagree with through actual practice. Just like the article you posted before https://www.researchgate.net/profil...rofiles-of-beer.pdf?origin=publication_detail showed that 1oz/gallon was the ideal dryhop range. For those who don’t use mesh bags this could be closer to .7-.8oz/gal. This leads me to what I have found in my own experience that increased dryhopping rates can lead to quicker degrade and increased oxidation issues.
Again...slightly dated info
Again... slightly dated
The article discusses the optimal separation of cold break, which does not happen at pitching temperatures. 5c (41f) it states. That’s why the author puts his wort in the freezer for 45 min before transferring to the fermentor once it’s reached 40 f. I’m not obtaining a proper cold break separation with my immersion chiller AND waiting an hour because I’m not chilling cold enough as I can only reach 60f. So I doubt you are too unless your getting the ale that cold.
I just don't see why you would purposely leave them out...what benefit are you getting other than cost savings?
Another issue people overlook is yeast health and letting your yeast finish and clean up at warmer temps.
I can only speak for myself and why I will not use fining for NE IPAs. Simply put, I am aiming to have more proteins in my beer. For both body and mouthfeel as well as appearance. I want this thing to be hazy and I want it to be full bodied but soft at the same time. I achieve this through an increased protein grainbill, mash temps, and water.
Dgallo, I'm sure you've posted it somewhere, but could you remind me of your preferred yeast temps and timing? (I know all yeasts are different, but is there a rule of thumb?)
For my current batch I am using Safale-04, which lists the optimal fermentation range as 64 - 75. I fermented for 1 week at 67, then I raised it to 72 for the final week. I am wondering about those temps, and if I should have raised the temp sooner? Thanks!
fermentation temps in general are yeast specific. Same goes for ester production. Some strains produce more than others. US-04 wouldnt be my first pick for this style do to its higher flocculation rate. From my experience it doesn’t produce a huge ester profile but it does lean to fruity.
Now for strains such as London ale III and imperials dryhop, For greater ester production you are looking to be on the higher end of the range just after the climax of active fermentation and above 70 for the rest/cleanup. I would pitch at 67-68. Let it climb to 70-72 for first 2-3 days then let it rise to 74-76 for 2/3 days. Let let it sit and clean up around 70-72. This driving really elevates the ester production for the two strains I’ve mentioned.
Most likely the fermentation itself will warm It up to 70-72. May even get you to 74ish, all depends on the ambient room temp. It’s gunna take some practice and understanding of How much rise you’ll get just through fermentation Alone and how you’ll be able to warm it through the temp control but through experience you'll get a feel for the timing that works for you and your equipment.Yeah, I'm going to move to a new yeast (Juice or III) for the next batch, but 04 has been a good yeast for dialing in my procedures, and I've been pleased with how easy it is to use. (I've never had Treehouse Julius, but I think they use Safale-04, FWIW.)
In the winter I can't let the temp rise -- I have to turn up the heat on the fermentation temp controller. So, if I pitch/start fermentation at 67, do you think I should I turn it up to 70-72 the next morning (when it is actively fermenting)? Or should I wait until Day 2 to turn it up? Thanks for the advice - much appreciated!
Most likely the fermentation itself will warm It up to 70-72. May even get you to 74ish, all depends on the ambient room temp. It’s gunna take some practice and understanding of How much rise you’ll get just through fermentation Alone and how you’ll be able to warm it through the temp control but through experience you'll get a feel for the timing that works for you and your equipment.
@SRJHops Just be careful. Fermentation alone should cause a temp rise inside the fermenter of 6-8•f. So you may not want to set it at 70 because you’ll end up getting 78 during active fermentation. Just something to keep in mind.
Thanks. The fermentation controller has a probe that goes into the actual wort/beer, so it will keep it whatever temp I set it at, plus or minus 1 degree. So I think I am safe in the winter to dial up the temps. But for sure I will watch it in the summer months.
View attachment 609577View attachment 609578
Kegged yesterday using a closed transfer technique I first saw in this thread. Much more effective than how I used to do it. Hydro sample was gorgeous and the aroma was off the charts. Imperial Juice yeast seemed to do the trick. Can’t wait to sample in a few days.
Dated as in how? Just because something was written a while ago doesn't necessarily mean it's dated or incorrect. What has superseded this research (and please don't send xbrmt links)?
So the prob that goes into your wort is both a heating and cooling element? Or do you ferment in a temp control chamber that can heat and cool; and the prob reads the temp of the wort and kicks on whatever unit is needed at the time?Thanks. The fermentation controller has a probe that goes into the actual wort/beer, so it will keep it whatever temp I set it at, plus or minus 1 degree. So I think I am safe in the winter to dial up the temps. But for sure I will watch it in the summer months.
So the prob that goes into your wort is both a heating and cooling element? Or do you ferment in a temp control chamber that can heat and cool; and the prob reads the temp of the wort and kicks on whatever unit is needed at the time?
Ok gotcha. But yeah Jack’s Abbey Craft lagers in MA is famous for making beautiful IPL’s. I’d say go for it. They really show case the hopsIt can only heat. It's just a temp controller (with wort probe) that is attached to a heating pad that I tape around the carboy. Nothing too fancy, but it makes it possible to make ales in the winter in my cold basement. Otherwise it would have to be lagers! New England Lager anyone?!
I totally get if you have a process that works for you then go for it. It's when the advice is given to others as if there is no consequence that I feel the need to play devil's advocate and give the other side.
This particular subject strikes a nerve with me as I hear so many folks trying to brew NEIPAs where their primary focus is The Haze (or in most cases The Murk). The goal is a tasty beer; the haze is a consequence of of the ingredients/yeast choice and possibly the timing of the dry hopping.
In my limited brewing experience, I've seen so much misinformation on forums that I stick to actual research (not xbmts) and written books with solid references. IMO just because a NEIPA looks a bit different than other beers, doesn't mean that traditional tried and true brewing practices shouldn't be followed.
OTOH, people have different goals and what matters to one may not matter at all to another. Sh!t, half the new breweries I go to these days have ZERO head retention and they could care less...why would they as their taprooms are packed. Stability? Who cares, the beer will be gone in a week. So for that reason, I say do whatever works for you...just don't say that universally agreed upon literature doesn't apply just because.
Can't disagree with anything you've written... But I will say that most of the brewing books I've read don't cover these advanced and/or emerging brewing topics. Heck, most still say to transfer to secondary and don't even mention oxidation. Can you recommend any new advanced brewing books? Somebody must be writing a NEIPA book, right?!
There's a joke in here somewhere, but if you ask 10 homebrewers about the best way to brew NEIPA's you'll get 10 different answers. I think the key is to consider it all, try it yourself, and keep adding the techniques that work...
I do appreciate hearing the other side of most discussions, so keep up the devil's advocate role!
Scott Janish has one coming out. https://scottjanish.com/book-update/Somebody must be writing a NEIPA book, right?!
Read the Lowoxygenbrewing blogs/forums as they have basically done the hard work for us in a) aquiring and reading all the vital textbooks and other references and more importantly b) distilling it into the important things we can do at the homebrew levelI agree also.
My homebrew career started right around the same time these hazy beers started getting popular. Heady Topper was this new exciting beer people were waiting in line for...at the time Kate the Great was a stout people lined up for in Portsmouth New Hampshire....other than that and maybe Pliney caused people to be so fanatic. Now look at the lines everywhere.
So for me...it’s gone from a landscape of very little information to information overload on how to brew this style. We are so lucky to live at a time to see the evolution of this.
These discussions are great and sometimes seem heated but really I think most of us involved in these forums can get around that and concentrate on the focus of brewing the best possible beer and sharing those techniques and ideas to do so.
This book seems to be quite a hit with serious brewers and homebrewers alike and wish I could afford it:
Technology Brewing & Malting https://www.amazon.com/dp/3921690773/?tag=skimlinks_replacement-20
*Edit...The book is available other places for much cheeper.
Read the Lowoxygenbrewing blogs/forums as they have basically done the hard work for us in a) aquiring and reading all the vital textbooks and other references and more importantly b) distilling it into the important things we can do at the homebrew level
Even if you don't agree that hot side oxidation is a concern, everything else is undisputed professional brewing techniques
The thing I love about those forums is everything is backed by actual professional research and references. Whether or not you want to go to that length is up to you but at least you know the gold standard and you can decide how close you want to get.
Most everywhere else is a lot of opinions with one person's observations to back them up.
The forum was created because they got so tired of being severely criticized and questioned about their practices. I wish that the Homebrewtalk community was a little more open in this regard.
My god!! I can't see much of anything soaking threw those bags...there has to be a huge amounts of oil getting trapped in that thing...yikes!!Shellhammer got back to me today.
They used these bags in the dry hopping experiment:
https://www.ecobags.com/Organic-Cloth-Sack-large?sc=2&category=35
Link to study:
https://www.researchgate.net/profil...rofiles-of-beer.pdf?origin=publication_detail
I got to admit those bags don’t look that permeable.
*Edit...And one more question. How much of the hop oils get absorbed by a bag like that and not dispersed in the liquid?
My god!! I can't see much of anything soaking threw those bags...there has to be a huge amounts of oil getting trapped in that thing...yikes!!
Definitely. Goes against the whole correlation between surface area and extraction. As surface area increases so does extraction.
I would get behind that too. Being a organic cloth bag I would assume a portion of the oils would be absorbed by itAnd my thought is that the bag most likely absorbs more oil based than water based substances...causing a greater ratio of chlorophyll and tannins from the leafy material. And more tea/herbal notes in the finished product especially at higher dosage rates.
Just a theory.
I used to use a bag now I use a SS hop filter since I have a plate chiller but I always squeezed the bag to get all that hoppy goodness out of it. It is literally hop juice that you don't even get from throwing them straight in the kettle. Even with my SS filter I strain as much "hop juice" out of it as I can by shaking it and bouncing the hops around. Just makes since to me NOT to leave all that behind.
Somewhat on topic here: If you use loose hops while dryhopping, how do you keep hop matter from making its way into the keg?
I am using a SS Brew Bucket and always use a stainless steel mesh tube to hold hops because I fear if I don't the dip tube will clog or hop matter will make it into the keg.
That sounds like you are talking about steeping/flameout hops, no? I am concerned about dry hopping in the fermentation vessel. Opening it up to squeeze out a hop bag would be a big O2 no no.
Somewhat on topic here: If you use loose hops while dryhopping, how do you keep hop matter from making its way into the keg?
I am using a SS Brew Bucket and always use a stainless steel mesh tube to hold hops because I fear if I don't the dip tube will clog or hop matter will make it into the keg.
Try cold crashing w/o oxygen exposure. I dry hop loose 2-3 days before kegging and cold crash for 16-24 hours and almost all hop material drops out. Every so often a little gets in the keg but being on 10-12 psi, never an issue