How to Clarify Butter
Clarifying butter is the process of melting unsalted butter to separate the golden butterfat from the milky water and milk solids. By cooking it gently until the solids sink or foam, you create a stable cooking fat with a significantly higher smoke point, ideal for searing at high temperatures without burning.
Use unsalted butter for best control.
Keep the heat low throughout the process; rushing will burn the milk solids and ruin the clean flavor of the butterfat.
- small heavy-bottomed saucepan
- fine-mesh sieve
- cheesecloth or coffee filter
- glass jar for storage
What goes in.
- 1 lbunsalted butter
Avoid the brown stage
The goal is to drive off water and settle solids, not to brown them. If you smell toasted nuts or see dark specks forming at the bottom of the pan, your heat is too high.
The method.
Melt the butter
Place the butter in the saucepan over medium-low heat. Let it melt completely without stirring.
Observe the layers
Once melted, the butter will form three layers: a white foam on top, a clear yellow liquid in the middle, and white milky solids at the bottom.
Skim the foam
Carefully use a spoon to skim the white foam off the top and discard it. Do this until the top layer is clear.
Strain the fat
Line your sieve with cheesecloth or a coffee filter. Pour the clear yellow liquid through the filter into your jar, being careful to leave the milky sediment undisturbed at the bottom of the pan.
When it doesn't go to plan.
Chill the clarified butter if you want it to set into a solid, opaque yellow block.
Do not scrape the bottom of the pan when pouring; stop as soon as you see the white sediment moving toward the spout.
Clarified butter lasts for months in the refrigerator or several weeks at room temperature in a sealed container.
The ones that keep coming up.
What happens if I don't remove the milk solids?
The butter will burn at higher temperatures and the moisture content will prevent crisp edges on proteins or vegetables.
Can I use salted butter?
Salted butter is not recommended because the salt concentrates as the water evaporates, leading to an overly salty final product.
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