Skip to main content
Fatty porridge
Photo: Lars Blankers

Fatty porridge

5 ingredients 8 steps fandom
Share this recipe

Estimated Nutrition (whole recipe, rough)

929
Calories
33g
Protein
24g
Fat
145g
Carbs

Counts 5 of 7 ingredients — the other 2 aren't in our nutrition table and contribute nothing above, so the real totals are higher.

What these numbers assume — 5 portions →
Ingredient Portion assumed kcal
Flour 1 cup (125g) all-purpose 455
Potato 1 medium (173g) baked 161
Milk 1 cup (244ml) whole 149
Cheese 1 oz (28g) cheddar 113
Cream 1 tbsp (15ml) heavy 51
Water not in our table 0
Wheat not in our table 0

Totals for the whole recipe, adding one typical portion per ingredient — listed above. Quantities in the recipe are not counted, so this is a rough guide only — not suitable for medical or dietary planning.

Ingredients

  • 1 kg peeled potatoes
  • salty water
  • 3 or 4 handfuls of wheat or maize flour
  • 3 or 4 spoons of skorup (cream skimmed from milk)
  • a crumbled block of cheese

Directions

1

One kilo of peeled potato is cooked in salty water.

2

When the potato is almost completely cooked, without pouring the water in which it was cooked off, add 3 or 4 handfuls of wheat or maize flour and continue cooking it.

3

When you put the flour into the pot, make a hole in the middle of that pile with a tucanj or kacama and cook it for about 30 to 40 minutes in a medium-high heat.

4

When it is cooked, pour the remaining water off, remove the pot from the heat and start mashing the mixture with a kacama taking the pot back to heat from time to time until the potato becomes like a paste without any lumps.

5

In another pot melt 3 or 4 spoons of skorup (cream skimmed from milk) and a crumbled block of cheese, pour it over the hot kacamak and stir it.

6

When the mixture is stirred well, kacamak ( the fatty porridge ) is ready to be served.

7

Category:Montenegrin Recipes

8

Category:Montenegrin Appetizers

Recipe sourced from fandom

Curious what else pairs well?

Use our flavor tools to explore molecular pairings, find substitutes, and discover novel combinations.