The 5 Stages of Butter (And How Chefs Use Them)

Maximum temperature: 120°C** ("ideally you don't want to take butter any higher than 120°") 3. WHY: "Very very gently cook ingredient whilst protecting it from getting overcooked, dry, and all juices escaping" 4. Place cartouche on top ("help keep them pressed down whilst they cook") 5. Oven 120°C for 45 minutes **Universal Application:** "Works with literally any vegetable - carrots, parsnips, anything where you want to intensify flavor and break it down, make it really soft" **Salmon Confit:

Temperature: 85°C ("not too hot") - WHY: "Most gentle way to cook delicate fish like salmon" - Result: "Suspended in there, if you imagine all those oils and natural juices inside fish, they're not going out of there - staying inside salmon" - Final texture: "Beautiful, delicate, juicy, very very soft consistency" --- **APPLICATION 3B: HIGH-HEAT FRYING** **WHY Clarified for Frying:** - "No milk solids in there" - "Butter's got fairly low smoking point in its natural form" - "As soon as you remove milk solids out of it, it's different story" - "Much more golden color when using clarified butter to fry things" **Salmon Finishing Technique:** 1. Confit salmon until "literally just cooked" 2. "Very delicate because of how it's been cooked" 3. Grill quickly in clarified butter 4. WHY: "This is NOT to cook it, this is literally just to get epic flavor on it" 5. Result: "Ultra crispy, ultra golden" **Professional Principle:** Clarified butter = dual advantage (gentle confit + high-heat finishing without burning). --- ### STAGE 4: BEURRE NOISETTE (Brown Butter/Nut Butter) - Maillard Reaction **Temperature Range: 130-140°C** **Chemistry:** - "Milk solids, any loose liquid will sink to bottom" - "That will caramelize and Maillard reaction will take place" - "Flavor of caramelizing milk solids is what gives beurre noisette its characteristic nutty flavor" **Progression from Clarified:** - "Once it's gone past clarified butter" = starting point - Target: "Golden, beautiful golden brown" - WARNING: "You can take it too far" **Visual Sequence:** 1. Butter melts 2. "So hot that it's not suspending any of milk solids anymore" 3. Solids sink to bottom 4. **"Little bit of foaming as water evaporates out of butter"** 5. Then browning happens **Target Indicators:** - Visual: "Light brown color" - Olfactory: "Beautiful nutty sort of rich smell" - **Foam = browning process occurring** - Color check: "Almost like golden syrup color at moment" **Carryover Consideration:** "Trick with nut butter is **don't take it too far because it will continue to cook**" **Technique:** - Remove when "golden syrup" color reached - Leave some milk solids in ("actually give beautiful flavor") **Cooling:** - "Lightly chilled down now" - "Foam that was on top has settled and all gone" - Visual at bottom: "Nectar of caramelized milk solid" --- **APPLICATION 4: BAKING (Hazelnut Sablé)** **WHY Brown Butter for Baking:** - "Use this to make hazelnut biscuit, you get most ridiculous nutty flavor" - Enhances nut flavor exponentially **Technique:** - Cooled brown butter to room temperature - Simple sablé recipe with chopped hazelnuts + salt - Brown butter brings dough together - Bake: 160°C for 12 minutes **Service:** Brown butter sablé + brown butter ice cream + Italian meringue + brown butter caramel = "Brown butter and hazelnut, sexy" **Professional Applications Beyond Baking:** - Dressings - Savory sauces - Versatile flavor enhancer --- ### STAGE 5: BEURRE NOIR (Black Butter) - Beyond Beurre Noisette **Temperature: 190°C** ("going to be roughly on about 190°") **Definition:** "Basically effectively you've taken your beurre noisette that step further" **Technique Challenge:** "Keep butter solids from touching base of pan too much **cuz they will burn really aggressively whilst butter doesn't come to temperature properly**" **Visual Progression:** - Start: "That noisette stage" (brown) - Target: "Like almost jet black, very very dark brown" - Smoking: "Starting to smoke a little bit" - Final: "Jet black" color **Olfactory Evolution:** - Noisette: "Sweet nuttiness" - Beurre Noir: "Just go past that sweet nuttiness, starts to taste bit smoky" - "Gets really robust smell now" **Carryover Warning:** "Want to take it off now because **it can continue to caramelize and get darker**" **Cooling Technique:** 1. Pour over bowl of ice ("bring it down nice and quickly") 2. Leave behind: "Really really acrid black sediment right at the bottom" 3. WHY: Don't want burnt sediment in final sauce 4. Cool before adding aromatics ("otherwise if you add them now, it'll scorch them all") **Admiral Sauce (Classic Beurre Noir Application):** **Components (added after cooling):** - Capers - Shallot (brunoise) - Cornichons - Anchovy (seasoning) - Lemon zest - Parsley - Good splash vinegar **Service:** Stone bass + pumpkin puree + Admiral sauce **Flavor Profile:** - "Brown butter going to make really beautiful smoky dressing with lemon juice" - "Super super smoky" - "Very caramelized" - "Adds really nice layer of depth" - "All those little acidic gubbins just make it lift it and make it lot lighter" --- ### PROFESSIONAL PRINCIPLES (25 Total) **Temperature Hierarchy:** 1. Fridge cold (emulsification): ~4°C 2. Room temperature (compound butter): ~20°C 3. Clarified butter base: ~100°C+ (milk solids removed) 4. Confit range: 85-120°C maximum (gentle cooking) 5. Beurre noisette: 130-140°C (Maillard reaction) 6. Beurre noir: 190°C (jet black, smoking point) **Emulsification Chemistry:** 7. Hot + cold = controlled emulsification (simple rule) 8. Cold butter = slower emulsification = controlled dispersal 9. Warm butter in hot reduction = thin emulsion + likely split 10. Lecithins (butter proteins) require gradual incorporation 11. Too thick emulsion = let down with acidity (lemon juice) **Milk Solid Behavior:** 12. 80% fat, 20% milk solids + water (butter composition) 13. Heat causes milk solids to sink (density separation) 14. Milk solids caramelize = nutty flavor (Maillard reaction) 15. Burnt milk solids = acrid (must leave behind in beurre noir) **Compound Butter:** 16. Malleability critical for ingredient suspension 17. Room temperature optimal for suspension 18. Service advantage: Melts quickly on hot protein **Clarified Butter:** 19. Remove milk solids = higher smoke point 20. "Much more golden color when frying" vs regular butter 21. Reusable for confit (no milk solids to burn) 22. Confit protects juices from escaping (suspended cooking) **Visual Cues:** 23. Foaming = water evaporation + browning beginning (noisette stage) 24. "Golden syrup color" = target for beurre noisette 25. Smoking + jet black = beurre noir ready (pull immediately) **Carryover Cooking:** 26. Both noisette and noir continue cooking after removal 27. Pull earlier than target to account for carryover 28. Ice bath for noir stops carryover immediately **Application Specificity:** 29. Confit salmon 85°C (delicate), potatoes 120°C (robust) 30. Clarified butter for finishing = epic flavor without cooking further 31. Aromatics added after cooling (noir) or would scorch **Flavor Chemistry:** 32. Caramelized milk solids = nutty character (noisette) 33. Over-caramelized milk solids = smoky character (noir) 34. Acidity (vinegar, lemon) lifts heavy brown butter richness 35. "Acidic gubbins make it lighter" despite deep caramelization **Professional Philosophy:** "Butter is one of most versatile ingredients in our kitchens" - five distinct states with precise temperature control, each unlocking different flavor profiles and functional properties.

"not too hot"