On Television
Program Guide
find
Newsletter Sign Up
Make Us Your Home Page

 
THIS WEEK'S POLL
Where are you going for your summer vacation?
Beach
Mountains
Lake
Vegas!
My backyard. No travel for me, thank you.
View Results
Camembert Souffle
Follow That Food : Episode FLFTF-116F

Difficulty: Medium
Prep Time: 45 minutes
Cook Time: 20 minutes
Yield: 6 servings

Ingredients:

1 quart milk
1/2 teaspoon vanilla extract
1/2 teaspoon ground cinnamon
4 ounces sugar
12 egg yolks
2 ounces corn starch
3 tablespoons flour
1 1/2 pounds Camembert
8 egg whites
1/4-cup sugar

Instructions:

  1. Preheat oven to 350 degrees F.
  2. In a medium size saucepot, combine the milk, vanilla, cinnamon, and 2 ounces of the sugar and bring to a boil.
  3. Place the egg yolks in a separate bowl. When the milk is ready, whisk in the egg yolks with the remaining 2 ounces of the sugar, cornstarch, and flour. Mix well until everything is incorporated. Slowly add the hot milk to the egg yolk mixture and whisk constantly. Pour the mixture back into the pot and place it on medium heat. Whisk constantly until it becomes thick and it comes to a boil, then remove from heat.
  4. Add the Camembert to the hot mixture and melt it completely. If needed, place the pot back on the stove to melt the cheese. Once the cheese has melted, strain it through a fine sieve or strainer. Place the custard into a mixer with a paddle attachment and mix it until cool or room temperature.
  5. In a clean mixing bowl, place the egg whites and whisk until frothy. Slowly add the sugar and whisk until medium peaks.
  6. Gently fold the egg whites into the custard.
  7. Have the souffle molds buttered all the way up the sides, and coat with sugar. Pour the mixture into the molds 3/4 of the way up. Place the molds into the oven and bake for 15 to 20 minutes.
  8. To serve, place each souffle on a plate and serve with fruit.

This recipe was provided by professional chefs and has been scaled down from a bulk recipe provided by a restaurant. Fine Living has not tested this recipe in the proportions indicated and therefore cannot make any representation as to the results.


Site Extras