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COURGETTE MUFFINS WITH LEMON
Since I found the recipe for courgette muffins with lemon on the Polish blog gotujzcukiereczkiem I decided to prepare them. My children looked at the ingredients with surprise. Courgette and cakes don't go together well. The argument that they add caster sugar to the courgette pancakes didn't convince them. The muffins reminded my husband of the lemon cake his grandma used to prepare many years ago. I just liked them. They were short lived, because they disappeared in no time, slightly lemony, moist and not too sweet. They were perfect.
If I didn't know they had courgette in them, I would never believe it. Try it, because it is worth it.
Ingredients (for 12 muffins)
200g of flour
a pinch of salt
half a teaspoon of baking soda
half a teaspoon of baking powder
150g of sugar
peel from one lemon
a tablespoon of lemon juice
150ml of oil
a teaspoon of vanilla essence
a teaspoon of lemon essence
210g of grated courgette
3 tablespoons of milk
10 tablespoons of caster sugar
1 teaspoon of lemon essence
Heat the oven up to 170C. Put some paper muffin moulds into the "dimples" of a baking pan for muffins.
Mix together the dry ingredients of the muffins: flour, salt, baking soda and baking powder. Mix together the sugar and lemon peel in a separate bowl. Add the eggs, oil, lemon juice and both essences. Mix them in. Add the dry ingredients and mix them in. Grate the unpeeled courgette, don't squeeze and don't pour away the liquid. Add the courgette to the dough and mix it in. Put the dough into some paper muffin moulds. Bake for 25-30 minutes. Now prepare the icing. Mix the milk with the caster sugar and lemon essence. Decorate the muffins with the lemon icing.
Enjoy your meal!
Has anyone successfully replaced the power cord on a mol d' art melter? Is it easy or do I have to send it somewhere, and if so, where? Thought I'd check here for DIY info before contacting TCF.
My 6kg melter has reached the point where the cord has to be in that just right position to conduct power, and just right can be elusive. I've had it for several years so it's seen some use, am hoping it's a simple repair, i.e. can be done with a screwdriver or passed off to one of my handier brothers in exchange for candy.
So I've been experiencing cracks on the foot of my bonbons that I've been unable to find the cause of, hoping to reach out to the community to get to the bottom of this costly problem.
I work for a small chocolate company that makes our own bean to bar couverture. We use a continuous tempering machine with enrobing belt attachment.
The process: ganache is made and then piped into round silicone molds, which are then footed with tempered chocolate before being placed in the freezer until frozen enough to pop out of the molds. They are then set up right and left to thaw and dry out overnight on a equipped with fans aimed at the bonbons. The next day we send the bonbons through the enrober, and then they are transferred to a speed rack to set up, either at room temp (generally around 68-70 degrees F) or in a homemade cooling cabinet (an insulated box equipped with an air conditioner + dehumidifier + fans) that generally fluctuates between 50-56 degrees F (I know, large range).
Problems occur with both milk and dark couverture, with bonbons kept at room temp or in cabinet, thickness of foot doesn't seem to make a difference (we've tried thicker and thinner). Crack doesn't immediately appear; it usually takes a couple of minutes after being completely set before showing. It looks as though the foot is popping out, cause a hairline crack between the shell and the foot. I've attached pictures. You'll notice in the photos, that when the bonbon is cut in half, the foot separates from the shell pretty significantly.
Thoughts? Suggestions? Similar experiences?
I was curious if anyone has any experience making aerated chocolate candy (similar to those demonstrated by Grewling in Chocolates and Confections) that does NOT use a warmed ISI siphon to achieve this affect... https://www.pinterest.com/pin/827255025273299428/
I was wondering if it might be possible to adapt a large siphon so that you could attach a large tank of compressed CO2 or NO to avoid the expense of all the little gas canisters?
Or am I just dreaming of something that's impossible?
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