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Benito's blog

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Benito

I'm going to be on vacation and away from my starter for almost a month.  So no baking while on vacation.  So this is what I am doing to ensure my starter, John Dough is healthy and ready to go when I return.

I took the remaining 3 g of starter I had left from the last week and placed him in a bowl, to which I added 6 g of filtered water.  The starter was dissolved and then 9 g of whole rye was added and mixed until very little dry flour remained.  I allowed this to hydrated while I cleaned the tiny house (Weck Jar) that John Dough lives in.  It hadn't been cleaned since he moved in a long long time ago.  I don't usually worry about cleaning his jar because the dried starter on the sides is fully of the LAB that help reduce the chances of contamination.

Next I formed John dough into a firm ball and then flattened him into a thick disk.  Into the dried cleaned Weck jar I placed 3 g of whole rye, then John Dough and then covered it all with 4-5 g of whole rye patting it all down.  The starter was next given an hour at room temperature and then will be placed in the fridge set at 3ºC for the duration of vacation.

The low temperature, low hydration and extra whole rye should keep the microbes quite healthy while I am away.

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Benito

I’ve been gradually making adjustments to my formula and in this case I’ve increased the hydration via increasing the proportion of flour in the tangzhong from 5% to 7.5% keeping the ratio of flour to milk in this tangzhong to 1:5. The resulting dough is a bit stickier to work with, however, I’m hoping that the crumb will be even more soft and tender yet still shreddable.  You probably have noticed that I love black sesame seeds so that was always going to be a good inclusion for this bread.  The honey that I used is special, it came from a friend’s hives so I’m hoping that the honey brings a special sweetness to this bread.

Pre-bake Wash
• 1 egg beaten
• 1 Tbsp milk

 

Post-bake Wash
• 1 Tbsp butter (optional)

Instructions
Levain
Mix the levain ingredients in a jar or pyrex container with space for at least 300% growth.
Press down with your knuckles or silicone spatula to create a uniform surface and to push out air.
At a temperature of 76ºF, it typically takes up to 10-12 hours for this sweet stiff levain to be at peak. For my starter I typically see 3-3.5 times increase in size at peak. The levain will smell sweet with only a mild tang.
Tangzhong
In a sauce pan set on medium heat, stir the milk and flour until blended. Then cook for several minutes until well thickened, stirring regularly with a spoon or heat-resistant spatula. Let cool in the pan or, for faster results, in a new bowl. Theoretically it should reach 65ºC (149ºF) but I don’t find I need to measure the temperature as the tangzhong gelatinizes at this temperature. You can prepare this the night before and refrigerate it, ensure that it is covered to prevent it from drying out.

Dough
In the bowl of a stand mixer, add the milk, egg, tangzhong, salt, sugar, diastatic malt and levain. Mix and then break up the levain into many smaller pieces. Next add the flour and vital wheat gluten. I like to use my spatula to mix until there aren’t many dry areas. Allow the flour to hydrate (fermentolyse) for 20-30 minutes. Mix on low speed and then medium speed until moderate gluten development this may take 5-10 mins. Next drizzle in the melted butter a little at a time. Slow the mixer down to avoid splashing the butter at you. The dough may come apart, be patient, continue to mix until it comes together before drizzling in more butter. Once all the butter has been added and incorporated increase the speed gradually to medium. Mix at medium until the gluten is well developed, approximately 10 mins. You can consider resting the dough intermittently during this time You should be able to pull a good windowpane, not quite as good as a white flour because the bran will interrupt the windowpane somewhat. This is a good time to add inclusions such as my favorite black sesame seeds, that way they do not interfere with the gluten development. If you add inclusions mix until they are well incorporated in the dough.

On the counter, shape the dough into a tight ball, cover in the bowl and ferment for 2.5-3.5 hours at 82ºF. There may be some rise visible at this stage.
You can next place the dough into the fridge to chill the dough for about 1.5 hours, this makes rolling the dough easier to shape. Remember, if you do so the final proof will take longer. Alternatively, you can do a cold retard in the fridge overnight, however, you may find that this increases the tang in your bread.

Prepare your pans by greasing them or line with parchment paper.

Lightly flour the top of the dough. Scrape the dough out onto a clean counter top and divide it into four. I like to weigh them to have equal sized lobes. Shape each tightly into a boule, allow to rest 5 mins. Using a rolling pin roll each ball out and then letterfold. Turn 90* and using a rolling pin roll each out to at least 8”. Letterfold again from the sides so you have a long narrow dough. Then using a rolling pin, roll flatter but keeping the dough relatively narrow. The reason to do this extra letterfold is that the shorter fatter rolls when placed in the pan will not touch the sides of the pan. This allows the swirled ends to rise during final proof, this is only done for appearance sake and is not necessary. Next roll each into a tight roll with some tension. Arrange the rolls of dough inside your lined pan alternating the direction of the swirls. This should allow a greater rise during proof and in the oven.

Cover and let proof for 6-8 hours, longer time if you chilled your dough for shaping. I proof until the top of the dough comes to within 1 cm of the top edge of the pan.

Preheat the oven to 350F and brush the dough with the egg-milk wash. Just prior to baking brush with the egg-milk wash again.

Bake the loaves for 50 minutes or until the internal temperature is at least 190ºF, rotating as needed to get even browning. Shield your loaf if it gets brown early in the baking process. After 50 mins remove the bread from the pan and bake a further 5-10 mins by placing the loaf directly in the oven on the rack with the oven turned down to 325ºF. You can brush the top of the loaf with butter if you wish at this point while the bread is still hot to keep the top crust soft.

Benito's picture
Benito

Still working my way through my 2 kg bag of stoneground organic spelt and hoping that I’ll figure this ancient grain out eventually.  I wanted to try again at using only spelt for a Hokkaido milk bread.  My first attempt was tasty but a bit squat for my liking.  Thinking that the gluten net just wasn’t strong enough to retain the pressure of the expanding gases during baking I though that I could improve the bake by increasing the VWG in this recipe.  I also increased the tangzhong to 5% and increased the milk.  

The pH data on the dough are interesting, at the beginning of bulk end of mixing the pH was 5.82 that is about 0.2 higher than a non enriched all spelt dough.  At the end of final proof the pH only fell to 5.71.  So again, using a stiff sweet levain has such a great effect on suppressing the LAB population in the levain and thus reducing their population in the final dough.  It is a great way to ensure that your enriched bread or other sourdough breads have less sour.

 

Sweet Stiff Levain

• 53g whole spelt flour (stoneground)

• 24g water 

• 18g light brown sugar 

• 18g sourdough starter ~100% hydration 

1:1.33:2.9:1  starter:water:flour:sugar

 

Tangzhong classic 1:5 ratio

• 115 g milk 

• 23 g Whole Spelt flour   (Stoneground)

 

Dough Dry Ingredients 

• 22 g vital wheat gluten

      · 424 g whole spelt four    (Sprouted)  

• 30 g sugar 

• 7g salt  1.6%

 

Dough Wet Ingredients 

• 204 g milk 

• 50g egg beaten (about 1 lg egg)

• 60g butter melted

 

Pre-bake Wash 

• 1 egg beaten

• 1 Tbsp milk

Instructions

Levain

Mix the levain ingredients in a jar or pyrex container with space for at least 300% growth. 

Press down with your knuckles to create a uniform surface and to push out air.

At a temperature of 76ºF, it typically takes up to 10-12 hours for this sweet stiff levain to be at peak.  For my starter I typically see 3-3.5 times increase in size at peak.  The levain will smell sweet with only a mild tang.  If you were to measure the pH you might find that the pH only drops  0.1-0.3.

 

Tangzhong 

In a sauce pan set on medium heat, stir the milk and flour until blended. Then cook for several minutes until well thickened, stirring regularly with a spoon or heat-resistant spatula. Let cool in the pan or, for faster results, in a new bowl.  Theoretically it should reach 65ºC (149ºF) but I don’t find I need to measure the temperature as the tangzhong gelatinizes at this temperature.   If you prepare this when you prepare the levain, allow it to cool a bit then place in fridge overnight to use in the morning.

 

Dough

 In the bowl of a stand mixer, add the milk, egg, tangzhong, salt, sugar and levain.  Mix and then break up the levain into smaller pieces.  Next add the flour and vital wheat gluten.  I like to use my spatula to mix until there aren’t many dry areas.  Mix on low speed and then medium speed until moderate gluten development this may take 5-10 mins the dough will seem quite stiff and dry.  Next drizzle in the melted butter a little at a time.  The dough may come apart, be patient, continue to mix until it comes together before drizzling in more butter.  Once all the butter has been added and incorporated increase the speed gradually to medium.  Mix at medium until the gluten is well developed, approximately 10 mins.  You can consider resting the dough intermittently during this time  You should be able to pull a good windowpane, not quite as good as a white flour because the bran will interrupt the windowpane somewhat.

 

Interesting note, although the total hydration is relatively high, the dough handles as if it were low.  The hydration added in a tangzhong doesn’t seem to affect the dough handling.

 

On the counter, shape the dough into a tight ball, cover in the bowl and ferment for 2.5-3.5 hours at 82ºF.  There may be some rise visible at this stage.

You can next place the dough into the fridge to chill the dough for about 1.5 hours, this makes rolling the dough easier to shape.  Remember, if you do so the final proof will take longer.  Alternatively, you can do a cold retard in the fridge overnight, however, you may find that this increases the tang in your bread.

 

Prepare your pans by greasing them or line with parchment paper.  

 

Lightly flour the top of the dough. Scrape the dough out onto a clean counter top and divide it into four. I like to weigh them to have equal sized lobes. Shape each tightly into a boule, allow to rest 5 mins. Using a rolling pin roll each ball out and then letterfold. Turn 90* and using a rolling pin roll each out to at least 8”. Letterfold again from the sides so you have a long narrow dough. Then using a rolling pin, roll flatter but keeping the dough relatively narrow.  The reason to do this extra letterfold is that the shorter fatter rolls when placed in the pan will not touch the sides of the pan.  This allows the swirled ends to rise during final proof, this is only done for appearance sake and is not necessary.  Next roll each into a tight roll with some tension. Arrange the rolls of dough inside your lined pan alternating the direction of the swirls, seem side down, ends of rolls facing the sides of the pan and smooth side up.  This should allow a greater rise during proof and in the oven.

 

Cover and let proof for 6-8 hours, longer time if you chilled your dough for shaping. I proof until the top of the dough comes to within 1 cm of the top edge of the pan.

 

Preheat the oven to 350F and brush the dough with the egg-milk wash.  Just prior to baking brush with the egg-milk wash again.

 

 

Bake the loaves for 50 minutes or until the internal temperature is at least 190ºF, rotating as needed to get even browning. Shield your loaf if it gets brown early in the baking process. After 50 mins remove the bread from the pan and bake a further 10 mins by placing the loaf directly in the oven on the rack with the oven turned down to 325ºF. You can brush the top of the loaf with butter if you wish at this point while the bread is still hot to keep the top crust soft.

Still more squat than I want, my formula needs more work!

Benito's picture
Benito

I’ve not made a porridge yet to add to any 100% whole grain bread so thought it was high time to try.  I have a bag of the new Harvest Flakes from Anita’s Organic Mill that they sent me to try out.  You could easily replicate this blend by using organic flaked oats, sesame, flax and sunflower seeds. 

In the evening, sift all the stoneground whole wheat flour with a #40 sieve to remove the bran.  Put the bran and Harvest Flake Mix in a small pan and add boiling soaker water and cook until the oats are softened.  The final weight should be 190 g so you may need to add a bit more water than the 99 g if you have great loses from cooking.  However, using boiling water and cooking flaked oats is a quick job so you shouldn’t really have a lot of water loss.  Once cool place in fridge overnight.

Prepare the levain and ferment at 74°F so it is ready in 10 hours.  I find that a levain like this without sugar is at peak to use once the pH drops about 1.3.

In the morning add the sifted water, salt and levain to a bowl and break down the levain.  Then add the sifted flour and mix until no dry flour visible.  Rest for 15 mins to allow the flour to fully hydrate then either knead to moderate gluten development by hand or in a stand mixer.  I used the stand mixer because these porridges especially ones with flax seeds are a gloopy mess to mix into a dough.  Mix until well incorporated.  At this point the pH was 5.52.  So target for shaping is a drop of 1.0 so when the pH of the dough reaches 4.52 I’ll aim to shape and then a further drop of 0.3 for baking.

During bulk fermentation at 82°F I’ll do a bench letter fold followed by coil folds as needed at 30 mins intervals.  For this dough I only did 2 full coil folds and 1 half coil fold.  The pH of 4.54 coincided with an aliquot jar rise of 37% so shaping was done.  I tried a different shaping technique which seems to develop more tension.  If I get proficient at this in the future I’ll do a shaping video.  I rolled the shaping dough in the flake mix on the counter and then transferred the dough to a banneton (no dusting of rice flour needed given the coating of flake mix).  The dough was allowed to proof on the bench until the pH dropped to 4.22.  About 1 hour prior to the estimated time for baking the oven was pre-heated to 500°F and prepared for open steam baking.  So the cast iron skillet was set on the highest shelf so it would pre-heat with the oven.  30 mins later the Sylvia towel in a metal loaf pan was filled with boiling water and placed on the baking steel to pre-steam the oven.  Once the oven was at temperature, the dough was unloaded from the banneton onto parchment, scored and loaded into the oven on the baking steel.  250 mL of boiling water was poured into the cast iron skillet.  The oven temperature was dropped to 450°F and the steam bake was done for 25 minutes.  After 25 mins the steam gear was removed, venting the oven of steam and the temperature dropped to 425°F. The bread completed full baking after another 22.5 minutes.

 

Benito's picture
Benito

No these aren’t 100% whole spelt baguettes. Although I’ve been on a 100% whole grain baking spree I still prefer my baguettes mostly white flour but wanted to try some spelt in a baguette since I realized that I haven’t yet. So this formula is similar to the kamut baguettes I’ve posted before with spelt instead. As well, I changed the levain to a stiff 60% hydration levain.

Overnight levain
9 g + 31 g + spelt 52 g. Starter to spelt 1:5.8 60% hydration levain stiff 77°F ready at 3x rise and pH 4.16 at 9.5 hours.

Fermentolyse - mix 375 g water with all the levain, salt 12 g and diastatic malt 5.8 g to dissolve, then add AP flour to combine. Slap and fold x 100 then add hold back water 29 g gradually working in until fully absorbed then slap and fold x 100. pH 5.4

Bulk Fermentation 82*F until aliquot jar shows 20% rise.
Do folds every 30 mins doing 2-3 folds
Could do cold retard at this point for up to overnight. (Aliquot jar 20% rise) pH 4.7 so a fall of 0.7 

Divide and pre-shape rest for 15 mins (pH was 4.36 at this point after 4 hour cold retard)
Use spelt flour for couche
Shape en couche with final proof until aliquot jar shows 30% rise then cold retard shaped baguettes en couche for at least 15 minutes for easier scoring.

Pre-heat oven 500F after 30 mins add Silvia towel
Transfer to peel on parchment
Score each baguette and transfer to oven bake on steel
Bake with steam pouring 1 cup of boiling water to cast iron skillet dropping temperature to 480
F
The baguettes are baked with steam for 13 mins. The steam equipment is removed venting the oven of steam. The oven is left at 480ºF but convection is turned on and the baguettes bake for 10 mins rotating them halfway. The oven temperature is then dropped to 450ºF and the baguettes rotated again if needed and baked for another 3 mins to achieve a rich colour crust.

I’m definitely rusty with shaping as I didn’t get the length that I was going for with these.  My only excuse is that I was trying a new shaping method I’d seen on IG which I think I like but I’ll know better when I see the crumb.  The other issue was that it was getting a bit late and cutting into dinner time so I rushed the rest time between preshaping and shaping so the dough hadn’t relaxed as it should have been allowed to do.  Don’t rush your baguette shaping if the dough seems a bit tight!

Edited to add scoring diagram. These are this set of baguettes scored. 

Benito's picture
Benito

Sorry about yet another Hokkaido milk bread, I’m still trying to improve this recipe. To do so I have increased both the tangzhong and the hydration of the dough to increase the moisture in the crumb. I’ve finally created a spreadsheet to make documenting these changes easier.

Sweet Stiff Levain

• 47g whole wheat flour   

• 21g water   

• 16g brown sugar   

• 16g sourdough starter ~100% hydration   

(1:1.31:2.9:1)  starter:water:flour:sugar

 

Tangzhong classic 1:5 ratio increased to 5% of total flour

• 115 g milk  

• 23 g Whole Wheat flour    

 

Dough Dry Ingredients 

• 8.11 g vital wheat gluten.   

      · 379 g whole wheat      

• 27 g sugar 

• 6.38 g salt  1.47%.  

 

Dough Wet Ingredients 

• 211 g milk         (Consider holding back some milk say 10 - 20g) I held back 10 g but then added 16 g so total 227g of milk was added

• 56 g egg beaten (about 1 lg egg)

• 60 g butter melted

 

Pre-bake Wash 

• 1 egg beaten

• 1 Tbsp milk

 

Post-bake Wash 

• 1 Tbsp butter (optional)

 

Total flour  465.1 g

Total dough      970 g

Liquid 29 + 210*.87(182.7) + 56*.75(40.3) + 60*.16(9.6) = 261.6

Hydration without tangzhong 56.5%

Hydration with tangzhong 376.6/463.1 = 81%

 

Instructions

Levain

Mix the levain ingredients in a jar or pyrex container with space for at least 300% growth. 

Press down with your knuckles to create a uniform surface and to push out air.

At a temperature of 76ºF, it typically takes up to 10-12 hours for this sweet stiff levain to be at peak.  For my starter I typically see 3-3.5 times increase in size at peak.  The levain will smell sweet with only a mild tang.

Tangzhong 

In a sauce pan set on medium heat, stir the milk and flour until blended. Then cook for several minutes until well thickened, stirring regularly with a spoon or heat-resistant spatula. Let cool in the pan or, for faster results, in a new bowl.  Theoretically it should reach 65ºC (149ºF) but I don’t find I need to measure the temperature as the tangzhong gelatinizes at this temperature. 

 

Dough

 In the bowl of a stand mixer, add the milk, egg, tangzhong, salt, sugar and levain.  Mix and then break up the levain into smaller pieces.  Next add the flour and vital wheat gluten.  I like to use my spatula to mix until there aren’t many dry areas.  Mix on low speed and then medium speed until moderate gluten development this may take 5-10 mins.  Next drizzle in the melted butter a little at a time.  The dough may come apart, be patient, continue to mix until it comes together before drizzling in more butter.  Once all the butter has been added and incorporated increase the speed gradually to medium.  Mix at medium until the gluten is well developed, approximately 10 mins.  You can consider resting the dough intermittently during this time  You should be able to pull a good windowpane, not quite as good as a white flour because the bran will interrupt the windowpane somewhat.

 

On the counter, shape the dough into a tight ball, cover in the bowl and ferment for 2.5-3.5 hours at 82ºF.  There may be some rise visible at this stage.

You can next place the dough into the fridge to chill the dough for about 1.5 hours, this makes rolling the dough easier to shape.  Remember, if you do so the final proof will take longer.  Alternatively, you can do a cold retard in the fridge overnight, however, you may find that this increases the tang in your bread.

 

Prepare your pans by greasing them or line with parchment paper.  

 

Lightly flour the top of the dough. Scrape the dough out onto a clean counter top and divide it into four. I like to weigh them to have equal sized lobes. Shape each tightly into a boule, allow to rest 5 mins. Using a rolling pin roll each ball out and then letterfold. Turn 90* and using a rolling pin roll each out to at least 8”. Letterfold again from the sides so you have a long narrow dough. Then using a rolling pin, roll flatter but keeping the dough relatively narrow.  The reason to do this extra letterfold is that the shorter fatter rolls when placed in the pan will not touch the sides of the pan.  This allows the swirled ends to rise during final proof, this is only done for appearance sake and is not necessary.  Next roll each into a tight roll with some tension. Arrange the rolls of dough inside your lined pan alternating the direction of the swirls. This should allow a greater rise during proof and in the oven.

 

Cover and let proof for 6-8 hours, longer time if you chilled your dough for shaping. I proof until the top of the dough comes to within 1 cm of the top edge of the pan.

 

Preheat the oven to 350F and brush the dough with the egg-milk wash.  Just prior to baking brush with the egg-milk wash again.

 

Bake the loaves for 50 minutes or until the internal temperature is at least 190ºF, rotating as needed to get even browning. Shield your loaf if it gets brown early in the baking process. After 50 mins remove the bread from the pan and bake a further 10 mins by placing the loaf directly in the oven on the rack with the oven turned down to 325ºF. You can brush the top of the loaf with butter if you wish at this point while the bread is still hot to keep the top crust soft.

Benito's picture
Benito

I'm still working on learning to bake with 100% whole spelt since I received a lovely Christmas present of a 2 kg bag of Anita's Organic Whole Spelt from the mill!  So to also learn about about the use of a stiff sweet levain I thought I'd use one in this non enriched dough for the first time.  As you may know having a significant amount of sugar in the starter creates osmotic pressure causing the microbes to dehydrate.  This has a greater negative effect on the LAB than it does on the yeast.  Combine this with a low hydration levain and you have a levain that will favour the yeast because of LAB will be at a disadvantage and this will then reduce the acids that are produced in the levain.  That will then reduce the acid that is transferred to your dough.  Also because the stiff sweet levain has favoured the yeast, the fermentation of your dough will go along quickly without the usual associated rate of pH decline.  This was my thinking in planning this bake.

As you know spelt has poor quality gluten, this is because the balance of gliadin and glutenin show an excess of gliadin to glutenin.  This results in a gluten that is excessively extensible and not very elastic.  With this in mind, in theory a stiff sweet levain should prove to be useful in that less acid will be produced during fermentation.  As you know proteases that break down gluten increase in their activity as the pH of the dough drops.  Protease works well between 3.5-4.5 pH. At a pH of 4, there is maximum protease activity. This activity results in smaller protein chains and loose amino acids. Too much protease activity will destroy the gluten structure you might need right before the dough goes into the oven.

Overnight stiff sweet levain

16 g starter 25 g  water 47 g whole spelt 16 g white sugar.  Initial pH 5.2
Fermented at 76ºF.  10 hours later peaked about 3.5x rise and pH 4.86

 

Dough
453 g Whole stoneground spelt
23.55 g Vital Wheat Gluten
176 g water
10.47 g salt

Handful of spelt flakes to finish.

 

Using a #40 sieve, sift all of the whole spelt flour and VWG.

This resulted in 151 g of bran and course spelt flour, this was scaled with 302 g boiling water and after cooling placed in the fridge overnight,.

In the morning, add the salt and levain to the water breaking the levain down.  Then add all the sifted flour.  After resting 10 mins knead until it forms a firm dough.  After a 10 mins rest, add the bran/spelt scald folding it in and then mix in a stand mixer until good gluten development.

Remove dough for aliquot jar and pH measurements.  pH of dough was 5.44 before adding the scald and then 5.65 after the scald was fully incorporated.  The dough was left to ferment at 82ºC.

After a 30 mins rest the dough was coil folded twice at 30 mins intervals and then left for the remainder of bulk.  The dough had excellent structure and didn't need more folds.

When the dough reached a 40% rise by aliquot jar the pH had only fallen to 5.24.  This is quite remarkable because typically when using pH to guide fermentation I would see a full 1.0 drop in pH to correlate with a 40% rise by aliquot jar.  This is in keeping with the idea that the stiff sweet levain favoured the yeast and that had as yeast favouring effect in the dough as well.  At this point the dough was given a final shape and after shaping was spritzed with water and rolled in spelt flakes.

The shaped dough, now in a banneton was allowed to complete a warm final proof at 82ºF while the oven was pre-heating to 500ºF until the aliquot jar showed a rise of 60% and a still high pH of 5.1.  While the oven continued to heat the dough was placed in the freezer.  After 30 mins the oven was ready and the dough removed from the oven.  The pH at this point was 4.99.  This is quite remarkable because typically I would see a full 1.3 drop in pH at the time of baking when just following pH and this had a total drop of only 0.67.

Bake with steam at 450ºF for 25 mins.
Vent the oven and remove the steaming equipment.  Normally I would drop the temperature of the oven at this point, but I forgot and left it to bake at 450ºF by accident for another 22 mins.  Typically it would bake at 425ºF for 25 mins or so.

 

 

So what do you think?  Did the theories prove to be true?  The post bake oven spring and bloom would suggest it did, the crumb will be the final verdict.

 

Benito's picture
Benito

I've been meaning to make these sablés for some time.  I've adapted a recipe I found in Jennifer Lapidus' book Southern Ground.

 

YIELD: ABOUT 40 COOKIES

240g (2⅔ cups) whole-rye flour

270g (2¼ cups) whole einkorn flour

390g (1¾ cups) unsalted butter, at room temperature

180g (1 cup) granulated sugar, plus more for sprinkling, I would use turbinado sugar for coating in the future rather than granulated

½ teaspoon fine sea salt

100g (4 ounces) bittersweet chocolate, chopped

 

For 20 cookies

120 g whole rye flour

135 g high whole einkorn flour

195 g unsalted butter room temperature

90 g granulated sugar and more for sprinkling

¼ tsp fine sea salt

50 g (2 ounces) bittersweet chocolate, chopped

 

  1. In a medium bowl, combine the rye and all-purpose flours. Set aside.
  2. In the bowl of a stand mixer fitted with the paddle attachment, cream the butter and sugar on medium speed until fluffy, 4 to 5 minutes. With the mixer on low speed, add the salt, then add the flour in three increments, mixing until just incorporated after each addition before adding the next; be careful not to overmix. Add the chocolate and mix until evenly distributed.
  3. Divide the dough in half and press each portion into a squared-off disk. Wrap each disk in plastic wrap and refrigerate for at least 4 hours or up to overnight.
  4. Preheat the oven to 350°F. Line a baking sheet with parchment paper.
  5. Remove the dough from the refrigerator and let it come to room temperature. Roll out the dough to ½ inch thick and cut it into 2-inch squares. Place them on a baking sheet 1 inch apart. Sprinkle the tops generously with sugar.
  6. Bake for 12 to 14 minutes, until golden brown on the edges. Remove from oven and transfer to a cooling rack. Once fully cooled, store in an airtight container at room temperature for up to a week.

These are definitely melt in your mouth delicious and so easy to make.  This is the first time I've tried making a fully whole grain cookie and won't be the last.  The original recipe used high extraction all purpose flour which I do not have.  Since we don't need any gluten in a cookie, I decided to use whole einkorn instead since it is gluten poor and really delicious.  Hope you give them a try!

Benny

Benito's picture
Benito

It is time for another two pizza nights as it had been some time since our last pizzas.  If you haven’t tried tuna on pizza you owe it to yourself to try it.  Make sure you buy good Italian tuna in olive oil, not the North American canned tuna because the Italian tuna is so much better.  Since trying it several years ago I just can’t eat other canned tuna anymore, they are just lacking something in both texture and flavour.

For 4 9” pizzas NY style thin crust 200 g each 

Levain Build 100% hydration 35 g needed 

Baked in 9-10” cast iron skillet 

 

433 g 00 flour

43 g Whole grain flour (50:50 whole spelt:whole wheat)

4.76 g Diastatic malt 1%

252 g water and

41 g water hold out

8.43 g salt 1.71%

2.5 g sugar 0.5%

4.8 g olive oil 1.0%

 

Total flour 493.5

Total water 310.5 

63% hydration water only

64% including olive oil

 

(1) In your mixer bowl(or by hand) dissolve the Starter in all of the Final Dough Water except the HOLD OUT Water.  (Add diastatic malt too)

(2) Mix in the flours until well hydrated 

(3) Allow to fermentolyse for 1hr 

(4) Mix in the remaining HOLD OUT Water, salt, and sugar mix until well-incorporated. 

(5) Slowly drizzle in the oil until well combined. 

(6) Beat or knead by hand until dough is moderately developed. The dough will be sticky and elastic. If kneading by hand, use slightly wet hands and avoid adding more flour. 

(6a) Allow to ferment for 1 hour before proceeding to (7)

(7) Oil your hands and a suitable container. 

(8) Shape into a tight ball.  I divide the ball into four smaller ones each for one 9” pizza at this point.  Each goes into a small oiled bowl and allowed to proof for 1 hour before starting cold fermentation.

(9) Cold ferment in the refrigerator for 48-96hrs. 

(10) Remove to warm up to room temp for at 3-6hr or so before use at room temperature, or you can ferment 2-3 hours at 80ºF.  One hour before the dough is ready, pre-heat your oven to roast at 550°F or as high as it will go.

(11) Stretch the balls into your desired size.  Top your pizzas, brush the cornicione with water then roast at 550F (as high as your oven will go) until the crust is browned and the cheese has melted. Spin the pie at least once to avoid burning due to oven hot spots. 

(12) I bake in a preheat cast iron skillet that heats in the oven while it is pre-heating.  I set the oven to roast and bake the pizzas in the cast iron skillet on my baking steel so that the skillet is quite close to the top of the oven.  It only takes 6 mins to fully bake my pizzas.

 

I like to top with grated low moisture mozzarella cheese, then top with the marinated mix vegetables.  I used a combination of artichoke hearts, sun dried tomatoes, roasted red peppers, hot banana peppers and Kalamata olives.  I tossed these in a bowl with some cracked peppercorns and a little red wine vinegar and make sure I give each handful a squeeze to rid them of excess liquid before putting them on the pizza.  The tuna which has been drained and loosened in a bowl is placed on the pizzas last in small clumps prior to baking.  I had some left over parsley that I sprinkled on the pizza prior to slicing.  I often like to put something on the pizza that isn’t baked for some contrast.

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Benito

My final bake of 2021, a bit overproofed I’d say based on the bit of spreading. We’ll see when it is sliced, it could also have more hydration than the flours could take, that is another possibility to explain the spread. Without the porridge the hydration is 80% with the porridge the hydration is over 100%.
Unfortunately I didn’t weigh the grains, black sesame seeds with the water and milk in the pot prior to cooking them, so I don’t know what the final weight was since I had to add quite a bit more milk to compensate for the water cooking off.

The levain is put together prior to bed and allowed to ferment at 76°F.

In the morning, the whole wheat flour is added to the water and salt to dissolve the salt and quickly hydrate the bran in the whole wheat. 30 mins later when the levain is at peak, it is added to the slurry and the levain is broken down as well as you can with your hands or a silicone spatula. Next the bread flour is added and mixed. After a brief rest slap and folds x 150 were done to start to develop the gluten. Next the dough was placed back into the bowl and the hold back water was added and Rubaud mixing was done until the dough fully absorbed the water and there was good gluten development. After a 30 mins rest, the porridge with black sesame seeds were added to the dough through a series of stretch and folds until it was well incorprorated. The pH at this point was 5.48. The dough was moved to the proofing box to ferment at 80°F.

30 mins later a bench letterfold was performed. Then every 30 mins a coil fold was done until the dough felt strong. 4 were required. The dough was left alone until the pH reached 4.37 at which point it was shaped and placed in the banneton and allowed to warm proof until the pH reached 4.11. It was then transferred to the freezer.

While the dough chilled, the oven was preheated and setup for open steam baking at 500°F with the cast iron skillet in the oven. 30 mins later boiling water was poured into the loaf pan with Sylvia towel in place and moved to the oven. Once the oven reached 500°F the dough was flipped out of the banneton, rice flour was brushed off and the dough was misted with water. Dark cocoa was then sprinkled on the dough. Excess was brushed off and then the surface was rubbed with a hand to create a thin paste. Water was once again misted on and once again rubbed in by hand.

The dough was scored and transferred to the oven. 250 mL of boiling water was poured into the cast iron skillet. The oven temperature was dropped to 450°F and dough baked for 25 mins. The oven was vented removing both the cast iron skillet and the loaf pan with Sylvia towel. The oven temperature was dropped to 425°F and the bread is baked for another 25 mins rotating as needed.

I’m not sure why I pushed the fermentation further than I should have, I usually shape when the pH drops 1.0 and then bake when the pH drops a further 0.3. Oh well, should have trusted my previous bakes and the pH data gleaned from them.

 

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