Showing posts with label recipe. Show all posts
Showing posts with label recipe. Show all posts

Monday, September 5, 2016

Brewing Screwy's Orange Sunshine Witbier

Witbier evolved as a specialty of Dutch speaking Flemish Brabant Province, east of Brussels where wheat, barley, oats and sugar beets are grown. The brewing legacy of the area proved to be just as fertile as the soil, where Witbier breweries thrived in villages, abbeys, cities and farms. While Leuven was the premier Witbier brewing city in Flemish Brabant some centuries ago, the hamlet of Hoegaarden, where brewing dates back to 1318, would eventually become world famous for it.

Pierre Celis Saves The Witbier Style

As the story goes in 1955 the Witbier style had all but been abandoned, left only to exist in the pages of history. That was until March of 1966 when dairyman turned brewer Pierre Celis brewed his first batch and decided to make Witbier commercially available once again. His spiced wheat beer, made from barley, wheat and oats with Curacao orange peel and milled coriander seed soon became hugely popular in Leuven. The Witbier style had been resurrected!

"The quality of the beer comes first" ~ Pierre Celis

Over the course of several decades, in Belgium and in the United States, Pierre Celis would stand up to corporate brewing giants that put profit before pride and quality. Pierre, who was somewhat of a nonconformist, first locked horns with Belgium-based brewing company Interbrew, who insisted that he make his beer using 'high gravity wort' production in order to save money. Refusing to brew an inferior beer Pierre instead went on to open the Celis Brewery in Austin Texas, setting the stage for a new battle with Miller Brewing. When asked about making deals with big brewers he said "They're bankers not brewers, they buy you out and then they kill you."


The Belgian Witbier Style

The following overall impression of the style as copied from the 2015 BJCP Style Guidelines.

"A refreshing, elegant, tasty, moderate strength wheat-based ale."

The Belgian Witbier can be very pale straw to light gold in color with a milky whitish-yellow appearance and dense white head with very good retention. Moderate malt sweetness and grain flavor with a zesty orange-citrus fruitiness. Herbal-spicy flavors including coriander and spices should be subtle and not overpowering. Refreshingly crisp with a dry somewhat tart finish and light lactic-tasting sourness.


Screwy's Orange Sunshine Belgian Witbier

This Witbier style of beer is my interpretation of how a delicious tasting Belgian Witbier can be brewed. The ingredients that were chosen and the amounts used in this recipe will produce a Witbier of perfect color, taste, flavor and aroma. This recipe is also the end result of the brewing, tasting and tuning of ingredients; based on the feedback received from friends and family over the years. Screwy's Orange Sunshine Witbier blends those ingredients together to produce beer that is a perfect harmony of malt, hop, yeast, citrus and spice.

Hops, Orange Zest And Spices During The Boil

Mash the grains for 90 minutes at 155F, lauter then add first hop addition and follow with a 90 minute full wort boil. Add the two remaining hop additions at 20 and 10 minutes remaining to the boil. At 10 minutes remaining to the boil also add the freshly crushed coriander, orange zest and ground cardamom seed. Remove hops from kettle at flameout but leave the zest and spices steeping in the wort until the wort has been moved to the fermentor. Chill the wort to 68F, oxygenate with pure oxygen, then pitch the WLP-400 Belgian Wit Ale Yeast™ and ferment at 68F.

Screwy's Orange Sunshine Witbier


The Water Profile

In order to brew the best tasting version of any beer style it is necessary to match your brewing water as closely as possible to the style of beer being brewed. When asked what had made Hoegaarden the perfect location for brewing the Witbier style of beer? Pierre Celis replied “Hard water (calcium-rich water) is good for brewing a wheat beer. Also, there were abundant supplies of water in the area. I have a well at my home”.

The water profile used to brew this recipe was made from reverse osmosis filtered water. The water output of a reverse osmosis filter is also known as RO water. This filtering process removes all traces of salts and minerals from the water that is fed into it, resulting in water that is extremely soft and lacking any buffering capacity. Lactic acid was then added to adjust the pH of the water to within the optimal range for mashing the recipe grains. The the salt and mineral additions listed below were then added to the water to strengthen the water's buffering capacity so as to resist changes within the target pH range. The salt and mineral additions also increase the water's alkalinity, creating the calcium rich brewing water that Pierre Celis had recommended.

For Treating 15 Gallons Of RO Water

08.00 g - Gypsum (calcium sulfate)
06.00 g - Calcium Chloride
06.00 g - Epsom Salt (magnesium sulfate)
20.00 g - Baking Soda
15.00 ml Lactic Acid

pH = 5.58 @ 74F
Chloride/Sulfate ratio 0.43
Harness as ppm CaCO3 = 193.5

061 ppm - calcium
010 ppm - magnesium
096 ppm - sodium
051 ppm - chloride
120 ppm - sulfate


Add Mineral And Salt Additions To Season The Brewing Water

When using RO or distilled water as your brewing water source, high alkalinity levels are never a problem. Adjusting the pH of the water and adding brewing salts and minerals to it are necessary in order to achieve increased wort fermentability, ideal yeast fermentation characteristics and to promote higher attenuation rates and increased cell viability. 


My Personal Suggestions

"Prepare your brewing water at least a day or two before you plan to brew with it. This will save you a lot of time and leave you with one less thing to do on brew day."

Waiting for brewing water to stabilize, in between water adjustments and taking pH readings, can prolong a brew day by several hours. If possible, fill a container with RO water the day before and then slowly stir in the brewing salts and minerals needed to build the water profile. When adding in acid or base adjustments, make them in small increments, then wait 20 minutes for the water to stabilize before taking a pH reading. Making smaller pH adjustments and then allowing sufficient time in between readings will reduce the chances of overshooting or undershooting your target pH value.



Calibrate Your pH Meter Often

"Buffers, moles, ions, cations, anions, acid, base, atomic weights, valence, electrons, Lewis structures, central atoms, bonding sites, mg/L as CaCO3, mg/L, ppm, milliliters, teaspoons. Really? Let me just arrange all that information in a way that's interesting and understandable by the majority of brewers" ~ Screwy Brewer

Routinely calibrating and maintaining your digital pH meter is the best way to get consistently accurate pH readings. Doing so at least once a week, for less time than it takes to drink a beer, and you will keep your pH meter in perfect working condition.

  • Never let the probe dry out, always make sure that the pH bulb is always submerged in storage solution when not in use
  • Each week be sure to calibrate your pH meter using the recommended calibration solution for your meter
  • Always be sure to sample liquids at a temperature no warmer than of 80F, to greatly extend the life of the meter's pH bulb


Bittering Unit To Gravity Ratio (BU/GU)

When attempting to determine the perceived bitterness level of a beer recipe it is important to take into consideration more than just the International Bittering Unit value alone. To get a complete picture of the hop bitterness to malt sweetness ratio, the calculated IBU value of the recipe should also be used with the original gravity value of the recipe. That comparison will provide you with the ratio of hop bitterness to malt sweetness, which is known as the BU:GU ratio of the recipe.

The math used to determine this ratio is simple, it requires a calculation using the IBU and OG values of the recipe. Screwy's Orange Sunshine Witbier recipe has a BU:GU ratio of 0.460 which is very close to the middle of the BU:GU scale. Doing the actual math is straightforward. Divide the IBU number of the recipe as BU by the number of gravity units as GU. For example Screwy's Orange Sunshine Witbier recipe has 24 IBUs and the OG is 1.052. Using the formula 24 / 52 = 0.460, proving that the BU:GU value of the recipe is 0.460.

Estimated Recipe Properties

    IBU  = 24
    OG   = 1.052
    SRM = 4
    FG    = 1.013
    ABV = 4.9%
    BU:GU = 0.460

Pale Straw To Golden Light In Color


The Grain Bill (10 Gallon Batch)

There are 4 items in the grain bill for this recipe.

15.00 pounds Weyerman Pilsener Malt (German) (67%)
06.00 pounds Muntons Torrified Wheat (Belgian) (26%)
01.00 pounds Flaked Oats (Briess) (5%)
00.50 pounds Briess Munich Malt (German) (2%)


The Hop Bill

Bagging pellet hops before adding them to the kettle greatly reduces the amount of hop debris that would otherwise collect at the bottom of the kettle. Having too much hop debris at the kettle bottom increases the likelihood that some of the debris will be sucked up where it can then clog a counter-flow or plate chiller. Clearing out a clogged chiller is not something you want to be doing on brew day while waiting for gallons of very hot wort to cool down.

The hop schedule is very straightforward consisting of three additions added to the kettle at 90 minutes, 20 and 10 minutes remaining to the boil. At flameout all of the hop additions should be removed from the kettle and the wort allowed to settle for 20 minutes before cooling and racking it to the fermentors.

90 minutes - 2.0 ounces Hallertauer (Germany)  (pellet)
20 minutes - 3.0 ounces Hallertauer (Germany)  (pellet)
10 minutes - 3.0 ounces Hallertauer (Germany)  (pellet)
-----------
8.00 ounces Total Hop bill


The Spice And Flavorings

There are three ingredients that are added to the boiling wort ten minutes before flameout. The quantities listed below are based on Screwy's Orange Sunshine Witbier, keep in mind that the quantities of those ingredients should ultimately be based on your own personal preferences. Wash the oranges under running water using a rough sponge to remove dirt or pesticide residue before zesting. It is advisable to use organically grown pesticide free Oranges whenever possible. The use of freshly made orange zest is recommended but dried bitter orange peel can be substituted, or used with fresh zest if preferred.

Add to the kettle with 10 minutes remaining to the boil 

* 4.00 ounces of fresh Valencia Orange zest (about 12 medium sized oranges)
0.12 ounces of freshly crushed Coriander seeds (0.50 teaspoon)
0.12 ounces of freshly ground Cardamom seeds (0.50 teaspoon)

* Substitute with dried Curacao orange rinds if preferred *



The Belgian Yeast

The best way to ferment the Orange Sunshine Witbier is to use a healthy pitch of fresh Belgian Witbier yeast. The ideal fermentation is one that suppresses the production of esters and phenols in order to allow the subtle hop, malt, spice and citrus flavors to come through cleanly. Diminishing the build up of phenol, ester and other flavor precursors can be accomplished by pitching the equivalent of two Pure Pitch packets of White Labs WLP400 - Belgian Wit Ale Yeast™, per 5 gallons of beer and by fermenting the beer at constant 68F. Oxygenating the wort using pure oxygen prior to pitching the yeast and using good temperature control throughout the fermentation will produce the best results.

WLP-400 Belgian Wit Yeast Makes All The Difference

Starting on the fourth day of fermentation begin raising the temperature of the fermenting beer by 0.5F a day for next four to five days. The slow increase in temperature will help the yeast clean up flavor precursors that have developed during fermentation, that could possibly lead to off flavors in the beer later on. Once the beer has finished fermenting and the final gravity has been reached the beer can then be cold crashed by dropping the temperature down to just above freezing for several days. The sudden drop in temperature will signal the yeast to go dormant and also help to drop trub and hop debris out of suspension quickly, resulting in a cleaner tasting beer.


Putting It All Together

The first time mashing with an electric brew in a bag system you will have to figure out how much grain and brewing water will fit inside the kettle without causing it to overflow. With eBIAB systems heating the strike water, mashing the grains, sparging and boiling the wort are all done in a single vessel. Before being able to successfully brew using an eBIAB brewing system, after having brewed on a traditional three tier brewing system, you will need to learn a new set of calculations.

Having a separate hot liquor tank, mash tun and brew kettle made calculating mash thickness and preboil volumes pretty straightforward, because the three vessels used provide much more volume to work with. The volume calculations when using only a single vessel system will take little more thought, since all three brewing processes have to share the same kettle.

With eBIAB brewing the strike water and grain used in the mash are added to the kettle at the beginning of the mash. The grain is placed inside of a fine mesh bag so that the sugars can be extracted into the wort while preventing any grain from getting into the kettle. At the end of the mash the mesh bag and grain are raised above the wort, rinsed with sparge water and then discarded. Once the wort is heated to a boil the rest of the eBIAB brewing process is exactly the same as any other type of brewing process.


Summing It All Up

Near the end of the boil the counter-flow wort chiller was sanitized by recirculating the boiling wort directly from the kettle through the chiller and then returning the wort to the kettle. At flameout the wort was recirculated in the same manner creating a whirlpool inside the kettle that helps collect any trub into a neat pile in the center of the kettle.

The hops used during the boil for bittering, flavor and aroma were removed from the kettle while the orange zest and spice additions were left there to steep. Once the pump was turned off, it took about 30 minutes for the wort to settle down inside the kettle, allowing the cold break to fall to the kettle bottom below the valve opening. After the wort in the kettle had cleared it was run through the counter-flow chiller to cool, as the wort was collected in the fermentors.

The preferred serving temperature for Screwy's Orange Sunshine Witbier really depends on your own personal preference and it can vary from one beer drinker to another. For a crisper pour serve your beer at 36F and then finish the glass before the beer reaches 45F. As the beer warms above 45F the crispness will begin to fade allowing more of the malt flavor and aroma to become noticeable. Pour yourself a tall glass and then savor every sip as you enjoy the full range of crispness, flavor and aroma that this easy drinking beer has to offer. Enjoy!


Thursday, March 3, 2016

Screwy's Kölsch Style Beer Brewday

While browsing through the online beer forums recently one post in particular grabbed my attention. It was from a fellow brewer, who after much debate over which style of beer to brew next, had decided to brew a batch of Kölsch beer. Always on the lookout for new and interesting styles of beer to brew, it seemed like this would be a perfect opportunity for me to join in the fun and brew one up too. Having the opportunity to brew the Kölsch style also presented me with a challenge, since up until now this style of beer still remained a mystery to me. You see from a brewing perspective a fair amount of reliable information had already been published explaining how to brew a classic Kölsch beer. But having never actually tasted a Kölsch beer before myself, some taste comparisons of authentic Kölsch beers would be needed, in order for me to judge how close mine was to the style.

Screwy's Kölsch Style Beer
The Kölschbier Style

Officially, the only way to brew an authentic Kölschbier, is to brew it in a brewery that is located within the Cologne (Köln) region of Germany. Even though the brewers in Köln have been brewing mostly Ales for well over a thousand years, the Kölsch style we drink today has only been in existence for about a hundred years. Thanks to the cooperation of Kölsch brewers in 1948, the Kölsch Konvention was created in order to formalize a modern brewing standard for the style. You see in order for the beer to be true to the Kölsch style it had to be fermented with top fermenting yeast, pale in color, very clear and hop accentuated. More recently in 1986, the Kölsch Konvention was amended to include a regional appellation, whereby only breweries that were located within a 50 kilometer zone around Cologne, Germany could legally be called Kölsch beer.

Screwy's Kölsch Style Recipe

This Kölsch style recipe is my interpretation of how a great tasting Kölsch beer can be brewed. The recipe is based in part on the beer style information published by the BJCP that is available for free on their website. The entire beer brewing process is part art and part science and ultimately the best way for a brewer to hone their brewing skills will be in brew room. Brew day is when everything comes together. It is where sanitization, yeast handling, pitching rate and fermentation control combine with grain, hops and water to influence the taste of the finished beer.

Every single step in the overall brewing process has some affect on the quality of your finished beer. Documenting what went right, and possibly what went wrong, on each brew day will be help ensure that your future brew days will go more smoothly. Taking the time to write down brewing notes is especially important whenever a recipe or a new brewing process has been modified. This way any improvements that were made, can later be referred to while brewing future batches. It is important when evaluating your beer for flavor, color, aroma and other characteristics of the style, that you also ask others for their opinion too. This way a comparison of their impressions of the beer are also compared against your own biased impressions. The honest feedback that you receive from beer drinkers, who are familiar with the style, will be helpful when evaluating your beer against authentic versions of the style.

The Water Profile

The water of Cologne, Germany is made up of two thirds ground water and one third river bank filtrate from the Rhine river. This mixture of groundwater water flows slowly through the subsoil of the Cologne Basin where the water is naturally filtered as it is collected into an enormous underground reservoir. The effect of extensive natural filtration results in water that is softer and lower in nitrate levels than the original groundwater and it is also free of pathogens and hazardous substances.

When brewing a Kölsch beer it is recommended to use soft water that has low levels of bicarbonates, calcium and magnesium. These are the preferred water properties to produce the authentic soft mouth feel of the style. A similar water profile that comes very close to that recommended for brewing a Kölsch is the Pilsner water profile. 

Replicating The Kölsch Region Water Profile
 My Personal Suggestions

"Prepare your brewing water at least a day or two before you plan to brew with it. This will save you a lot of time and leave you with one less thing to be done on brew day."

Waiting for brewing water to stabilize, in between water adjustments and taking pH readings, can prolong a brew day by several hours. If possible fill a container with RO water the day before and then slowly stir in the brewing salts and minerals needed to build the water profile. When adding in acid or base adjustments make them in small increments, then wait 20 minutes for the water to stabilize before taking a pH reading. Making smaller pH adjustments and then allowing sufficient time in between readings will reduce the chances of overshooting or undershooting your target pH value.


Calibrate your pH meter

"Buffers, moles, ions, cations, anions, acid, base, atomic weights, valence, electrons, Lewis structures, central atoms, bonding sites, mg/L as CaCO3, mg/L, ppm, milliliters, teaspoons. Really? Let me just arrange all that information in a way that's interesting and understandable by the majority of brewers" ~ Screwy Brewer

Routinely calibratng and maintaining your digital pH meter is the only reliably way of getting accurate pH readings consistently. Doing so once a month, for less than time then it takes to drink a beer, you will be able to keep your pH meter in perfect working condition.

  • Never let the probe dry out, always make sure that the pH bulb is always submerged in storage solution when not in use
  • Each month be sure to calibrate your pH meter using the recommended calibration solution for your meter
  • Always be sure to sample liquids at a temperature no warmer than of 80F to greatly extend the life of the meter's pH bulb
Screwy's Kölsch Water Profile (15.0 Gallons RO Water)

03.00 g - Gypsum (calcium sulfate)
09.00 g - Calcium Chloride
07.00 g - Epsom Salt (magnesium sulfate)
02.00 g - Baking Soda
08.00 ml Lactic Acid

pH = 5.42 @ 74F (calculated)
Chloride/Sulfate ratio 0.99
Residual Alkalinity -126
055 ppm - calcium
011 ppm - magnesium
010 ppm - sodium
076 ppm - chloride
078 ppm - sulfate

Double Crushed Grains Ready For Mashing

Bittering Unit To Gravity Ratio

When attempting to determine the perceived bitterness level of a beer recipe it is important to consider more than just the International Bittering Unit value. To get a complete picture of the hop bitterness to malt sweetness ratio, the calculated IBU value of a recipe should also be compared to the original gravity value of the recipe. The ratio of hop bitterness to malt sweetness, or the recipe's BU:GU ratio, is easily calculated using the IBU and OG values of the recipe. The Screwy's Kolsch recipe has a BU:GU ratio of 0.428 which is just a little less than the middle range of the BU:GU scale. For comparison a Wheat beer has a BU:GU ratio of .500, which is right at the middle of the scale, while a Standard American Lager has a value of .250 which is near the lower end of the scale.

The math involved in calculating the BU:GU ratio for any recipe is not difficult at all to do. For example, the bitterness value of the Screwy's Kolsch recipe is 24 IBUs and that value can be entered directly into the calculation as BU. The OG of the recipe is 1.056 and after dropping the 1. and multiplying the .056 remainder by 1000, the resulting number is 56, which is used in the calculation as GU.

Estimated Recipe Properties

    IBU  = 24
    OG   = 1.056
    SRM = 12
    FG    = 1.011
    ABV = 6.0%

Calculating the BU:GU ratio for this recipe is done by dividing 24 by 56 to get .428 as the answer. Basically the higher the BU:GU number the more perceived bitterness the finished beer will have when drinking it.

BU:GU Ratio : 24 / 56 = .428 (BU:GU Ratio Of Popular Beer Styles)


Whirlpool After A Vigorous 90 Minute Boil

The Grain Bill (10 Gallon Batch)

There are just two German grains used in the recipe, Pilsner malt and Vienna malt. The Vienna malt is considered to be optional because a Kolsch beer can be brewed using only Pilsner malt.

22.00 pounds Pilsen (German) (95%)
01.00 pounds Vienna (German) (5%)
-----------
23.00 pounds total grain bill


The Hop Bill

Bagging pellet hops before adding them to the kettle will limit the amount of hop debris that would otherwise collect at the bottom of the kettle. Having too much hop debris at the kettle bottom increases the likelihood that some of the debris will be sucked and clog a plate or counter-flow chiller. Clearing out a clogged chiller is not something you want to be doing while cooling down gallons of really hot wort. The hop schedule itself was pretty straightforward, consisting of a single 60 minute bittering addition added to the kettle. 

Hallertauer (Germany) pellets
------
5.00 ounces Total Hop bill


The Yeast

Ferment this batch at 60F pitching 2 White Labs WLP029 - German Ale/Kölsch Yeast™ 'pure pitch' packages into each 5 gallon fermentor. Early on brew day morning remove the pure pitch packages from the refrigerator and put them on a counter top where they can slowly warm up to room temperature. Once the fermentors are filled and the cooled wort then oxygenated for a minute, pitch the yeast right from the pure pitch packages.

White Labs WLP029 - German Ale/Kölsch Yeast™

4 White Labs WLP029 - German Ale/Kölsch Yeast™
------
Pitched directly from the packages


Putting It All Together

The first time mashing with an electric brew in a bag system you will have to figure out how much grain and brewing water will fit inside the kettle without causing it to overflow. With eBIAB systems heating the strike water, mashing the grains, sparging and boiling the wort are all done in a single vessel. Before being able to successfully brew using an eBIAB brewing system, after having brewed on a traditional three tier brewing system, you will need to learn a new set of calculations. Having a separate hot liquor tank, mash tun and brew kettle made calculating mash thickness and preboil volumes pretty straightforward, because the three vessels used provide much more volume to work with. The volume calculations when using only a single vessel system will take little more thought, since all three brewing processes have to share the same kettle.

With eBIAB brewing the strike water and grain used in the mash are added to the kettle at the beginning of the mash. The grain is placed inside of a fine mesh bag so that the sugars can be extracted into the wort while preventing any grain from getting into the kettle. At the end of the mash the mesh bag and grain are raised above the wort, rinsed with sparge water and then discarded. Once the wort is heated to a boil the remainder of any eBIAB brewing process is exactly the as any other type of brewing process.

Screwy's Kölsch 1.056 Original Gravity Sample

If attempting eBIAB brewing for the first time, remember it may take a few brew days before becoming familiar with the volume calculations involved. Brewing software like ezBIAB Calculator© will make all the kettle size, water, grain and hop volume calculations easy to do. Just enter the kettle size in gallons, amount of grain and hops used in the recipe, and the boil off rate and the brewing software will do the rest. Having the ability to do what-if type calculations is also very helpful in answering eBIAB brewing questions related to kettle size, mash thickness, water, grain and hop volumes.   

Example:

13.125 gallons: Pre-boil Volume
11.250 gallons: Post-boil Volume
10.000 gallons: Packaged Volume
Efficiency: 70%
Actual  Wort : IBU=24, OG=1.056, SRM=12, FG=1.011, ABV= 6.0%
BU:GU Ratio     :         24      /        56 = .428  Range: 0.25 (sweet) to 1.0 (bitter)

Mash at 149° F for 90 minutes
Mashout at at 168° F for 10 minutes
Sparge at 168° F until 13.125 gallons of wort has been collected in the kettle


Summing It All UP

It is a good idea to record the highlights of each brew day soon after you have finished brewing, while everything is still fresh in your mind. After transferring the fermented beer into kegs I was able to take a good look at the bottom of the fermentors where I noticed how tightly packed the WLP 029 yeast cake had become. The remaining beer that was sitting on top of the yeast cake remained clear even after it had been sloshing around over it yeast for a while. The krausen ring created during the fermentation was soft and easy to wipe clean using a damp sponge and some water.

Yeast And Krausen Ring Left In Fermentor After Kegging

Near the end of the boil the wort was pumped through a counter flow chiller to sanitize it and returned back to the kettle in order to create a whirl pool. The hops used during the boil for bittering, flavor and aroma were removed from the kettle before adding the final knock out hop additions. Once the pump was turned off, it took about fifteen minutes for the wort to settle down inside the kettle, allowing the cold break to fall the kettle bottom below the valve opening. Once the wort in the kettle cleared it was run through the counter-flow chiller to cool it down and then collected inside the fermentors.

1.011 Final Gravity Reading

The fermenting beer was held at 60F throughout most of the primary fermentation before the temperature was raised one degree each day for three consecutive days. Once the final gravity had been reached the beer was then cold crashed at 36F for three days before it was kegged and force carbonated. The Kölsch beer style tastes great when carbonated cold at 12-15 psi for 10 days, although it will reach peak flavor and clarity after cold conditioning for up to 6 weeks before serving it.

Kölsch Carbonated To 2.75 Volumes

The preferred serving temperature for Screwy's Kölsch beer really depends on your own personal preference and it can vary from one beer drinker to another. For a crisper pour I like to serve my beer at 36F and then finish the glass before the beer reaches 45F. As the beer warms above 45F the crispness will begin to fade allowing more of the malt flavor and aroma to become noticeable. Pour yourself a tall glass and then savor every sip as you enjoy the full range of crispness, flavor and aroma this beer has to offer. You will be glad you did!

Monday, November 10, 2014

November 2014 qBrew Update - Classic Homebrewer's Recipe Calculator

The qBrew application was originally written by David Johnson and was last updated on May 25th, 2008. The qBrew application is also available as an open source download from his original qBrew Site in case anyone is interested in expanding on the calculator's original functionality. Although the original .qbrewdata ingredient database file is installed with the application it only contains ingredients that were available to home brewers in 2008, since then many new ingredients have been made available including hop varieties, yeast types and fermentables.

qBrew Classic Homebrewer's Recipe Calculator

You can increase the usefulness of qBrew by clicking on the link below to get my November 2014 updated ingredient database for Windows, Linux and MAC right now. This updated ingredient database contains several brewing calculations, lots of new ingredients, hop varieties and yeast strains all combined in an easy to install database download. The classic qBrew application has been around for six years, has a very large user base and is accurate, reliable and easy to learn. Get started using the most up to date qBrew ingredient database with 10 favorite recipes today by clicking the link below. 


The Screwy Brewer: qBrew - Homebrewer's Recipe Calculator