Demo Flavor Formula: Cooked Milk Flavor Formula

Based on the technical literature on milk flavor chemistry—particularly thermal degradation of milk fat (lactones, methyl ketones), Maillard reaction products, sulfur compounds from whey protein denaturation, and lipid oxidation volatiles—here is the constructed Cooked Milk Flavor Formula.

Unlike fresh milk, cooked milk relies heavily on sulfur compounds (immediate "cooked" hit), lactones/methyl ketones (heated/rich body), and Maillard heterocyclics (caramelized/brown/cereal).


🧪 COOKED MILK FLAVOR FORMULA (Flavor Concentrate Basis)

Total Parts: 100.00 (100%)
Recommended Usage: 0.1 – 0.5% in finished product (bakery, dairy, confectionery)

Component CAS / Type Concentration (%) Primary Sensory Contribution
δ-Decalactone 705-86-2 12.50 Creamy, fatty, milky, sweet coconut
δ-Dodecalactone 713-95-1 8.00 Waxy, fatty, creamy, sweet grain
γ-Dodecalactone 2305-05-7 5.50 Sweet grain, waxy, peach-milk nuance
2-Heptanone 110-43-0 7.00 Cooked milk, blue cheese (at low level), heated fat
2-Nonanone 821-55-6 3.50 Sweet, flowery, heated cream
2-Tridecanone 593-08-8 2.00 Fatty, waxy, cooked milk depth
Diacetyl 431-03-8 4.00 Buttery, creamy, intense dairy
Acetoin 513-86-0 6.00 Buttery, creamy, milky (mellow)
Butyric Acid 107-92-6 4.50 Cheesy, animalic, dairy (essential)
Hexanoic (Caproic) Acid 142-62-1 2.50 Fatty, waxy, goat-like, lipolytic
Octanoic (Caprylic) Acid 124-07-2 1.50 Waxy, soapy, fatty
Decanoic (Capric) Acid 334-48-5 1.00 Soapy, cosmetic, background fatty
Dimethyl Sulfide 75-18-3 0.15 Sulfur, cooked, sweet corn, "canned corn" note
Dimethyl Trisulfide 3658-80-8 0.03 Sulfurous, cabbage, cooked egg (trace)
Methional 3268-49-3 0.20 Cooked potato, savory, heated milk sulfur
2-Methylbutanal 96-17-3 0.80 Cooked, malty, cocoa-note
3-Methylbutanal 590-86-3 0.80 Cooked, malty, chocolate/cereal
Furfural 98-01-1 1.20 Barny, brothy, brown, caramelized
Furaneol 3658-77-3 5.00 Sweet, caramelized, brown sugar, cooked fruit
Maltol 118-71-8 4.00 Sweet, cereal, cotton candy, jammy-brown
Sotolon 28664-35-9 0.50 Cooked, spicy, fenugreek, curry (at high dilution: caramelized milk)
2-Acetyl-1-pyrroline 85213-22-5 0.15 Popcorn, cereal, roasted grain
2-Acetylthiazoline 29926-41-8 0.30 Nutty, roasted, cracker-like
Vanillin 121-33-5 3.50 Sweet, creamy, cake mix, rounding
p-Cresol 106-44-5 0.07 Barnyard, phenolic, animal (trace)
Indole 120-72-9 0.05 Animal, floral (in trace: complexing)
Skatole 83-34-1 0.02 Fecal, foul (ultra-trace for realism)
(E)-2-Nonenal 18829-56-6 0.08 Oily, cardboard, stale/cucumber (oxidized character)
(E,E)-2,4-Decadienal 25152-84-5 0.15 Fatty, deep-fried, oxidized oil
Hexanal 66-25-1 0.20 Green, grass, fresh (trace for "fresh" contrast in cooked matrix)
Propylene Glycol / Triacetin - 24.30 Solvent / Carrier
TOTAL 100.00

📋 FLAVOR COMPOUNDS BY NOTE (Up to 10 for Key Notes)

🔹 COOKED MILK NOTE (10 Compounds)

The defining character of heated milk: sulfur immediate impact + lactone richness.

  1. Dimethyl Sulfide – Sulfur, sweet corn, canned vegetable
  2. Hydrogen Sulfide – Eggy, sulfur (transient)
  3. Methional – Cooked potato, savory-sulfur
  4. 2-Methylbutanal – Cooked, malty
  5. 3-Methylbutanal – Cooked, malty
  6. 2-Heptanone – Cooked milk, heated fat
  7. Benzaldehyde – Cooked, nutty, almond-like
  8. Sotolon – Cooked, spicy, caramelized milk
  9. Carbon Disulfide – Cooked, sulfur
  10. Dimethyl Trisulfide – Cabbage, sulfur, cooked egg

🔹 MILKY NOTE (10 Compounds)

The foundational dairy character; less "fatty" than creamy, more aqueous-milk perception.

  1. δ-Decalactone – Milky, coconut, fatty
  2. δ-Dodecalactone – Sweet grain, milky
  3. Acetoin – Sweet, milky, buttermilk
  4. Diacetyl – Buttery-creamy (supports milky)
  5. Butyric Acid – Dairy, cheesy (rounds milky)
  6. 2-Heptanone – Cooked milk
  7. δ-Octalactone – Bread, sweet, milky
  8. γ-Dodecalactone – Sweet grain, milky
  9. Vanillin – Sweet, creamy-milky
  10. Ethyl Butyrate – Fruity, sweet, fresh milk top-note

🔹 CREAMY NOTE (10 Compounds)

Fatty, mouth-coating, heavy cream character.

  1. δ-Decalactone – Creamy, coconut
  2. δ-Dodecalactone – Creamy, waxy
  3. γ-Dodecalactone – Creamy, peach, fatty
  4. Butyric Acid – Fatty, dairy
  5. Octanoic Acid – Waxy, fatty, creamy
  6. Decanoic Acid – Soapy, creamy (background)
  7. Diacetyl – Buttery-creamy
  8. Acetoin – Smooth creamy
  9. Vanillin – Creamy, rounding
  10. δ-Undecalactone – Butter sweet, creamy

🔹 BROWN NOTE (10 Compounds)

Maillard-derived, caramelized, scorched sugar, baked notes.

  1. Furaneol – Caramel, brown sugar, cotton candy
  2. Maltol – Sweet, caramel, jam-like
  3. Furfural – Brown, barny, brothy
  4. Sotolon – Brown, curry, fenugreek (low level = caramelized milk)
  5. 2-Acetyl-1-pyrroline – Popcorn, brown rice
  6. Cyclotene – Maple, caramel, brown spice
  7. Hydroxymethylfurfural (HMF) – Caramelized sugar, scorched
  8. Methyl pyrazine – Potato, earthy, brown
  9. 2-Acetylthiazoline – Nutty, roasted brown
  10. Vanillin – Sweet brown (vanilla-caramel)

🔹 BUTTERY NOTE

  1. Diacetyl – Intense buttery
  2. Acetoin – Mild buttery
  3. Butyric Acid – Supports buttery in dairy context
  4. δ-Undecalactone – Butter sweet
  5. Acetyl Propionyl – Buttery (alternative to diacetyl)

🔹 CARAMELIZED NOTE

  1. Furaneol – Caramelized sugar
  2. Maltol – Cotton candy, caramel
  3. Sotolon – Maple, caramelized
  4. Cyclotene – Maple, caramel
  5. HMF – Scorched caramel

🔹 LIPOLYTIC NOTE

(Fatty acid liberation, "goaty," "cheesy")

  1. Butyric Acid – Rancid butter
  2. Hexanoic Acid – Goat, fatty
  3. Octanoic Acid – Waxy, goat
  4. Decanoic Acid – Soapy
  5. 2-Heptanone – Blue cheese (methyl ketone from lipolysis)

🔹 OXIDIZED NOTE

(Cardboard, tallowy, metallic)

  1. (E)-2-Nonenal – Cucumber, cardboard, stale
  2. (E,E)-2,4-Decadienal – Fatty, deep-fried, oxidized oil
  3. Hexanal – Green, grassy (can oxidize to stale)
  4. Octanal – Soapy, fatty
  5. 1-Octen-3-one – Mushroom, metallic

🔹 PHENOLIC NOTE

(Barnyard, medicinal, animal)

  1. p-Cresol – Barny, Band-Aid
  2. Indole – Mothball, floral-animal
  3. Skatole – Fecal, foul
  4. Guaiacol – Earthy, smoky
  5. Furfural – Barny, brothy

🔹 CEREAL NOTE

(Grain, popcorn, malt)

  1. 2-Acetyl-1-pyrroline – Popcorn
  2. Maltol – Sweet, cereal
  3. 2-Acetylthiazoline – Nutty, cracker
  4. 2-Aminoacetophenone – Tortilla, grain
  5. Methyl pyrazine – Potato, earthy

🔹 ANIMAL NOTE

  1. p-Cresol – Barnyard
  2. Indole – Animal, floral
  3. Skatole – Fecal
  4. Butyric Acid – Sweaty, cheesy
  5. Isovaleric Acid – Sweaty, sour

🔹 FATTY NOTE

  1. δ-Decalactone – Fatty, creamy
  2. γ-Dodecalactone – Fatty, waxy
  3. Hexanoic Acid – Fatty, waxy
  4. (E,E)-2,4-Decadienal – Fatty, fried
  5. 2-Tridecanone – Fatty, waxy

🔹 WAXY NOTE

  1. γ-Dodecalactone – Waxy, fatty
  2. δ-Dodecalactone – Waxy, creamy
  3. Octanoic Acid – Waxy, soapy
  4. Decanal – Soapy, waxy
  5. Nonanoic Acid – Waxy, sweaty

🧠 SUMMARY OF KEY FINDINGS FROM LITERATURE

Flavor Type Dominant Chemistry Key Compounds Reference
Cooked (Immediate) Sulfur compounds (whey denaturation) H₂S, DMS, DMTS, Methional, 2/3-Methylbutanal
Heated/Rich (Aged) Lactones + Methyl ketones δ-C10/C12, γ-C12, 2-C7/C9
Caramelized/Brown Maillard furanones, pyrazines Furaneol, Maltol, Sotolon, 2-AP
Animal/Phenolic Cresol, Indole, Skatole p-Cresol, Skatole
Oxidized/Stale Aldehydes from lipid oxidation (E)-2-Nonenal, 2,4-Decadienal
Lipolytic Free fatty acids (C4-C10) Butyric, Caproic, Caprylic

This formula is technically grounded in dairy flavor science and reflects the complexity of cooked milk—a balance of desirable "heated richness" and controlled "process notes" (sulfur, phenolic, oxidized) that define authenticity.