Popcorn Flavours: Formulation and Characterization

client

Popcorn flavours: Initial formulation and Characterization

Our Role

We redefined fast-casual loyalty

Today’s Task

What We did Today?

Event: Formulation of popcorn flavours

The objective of the today’s task was to develop popcorn flavor variants using natural spices, additives, and flavorings customized to suit the preferences of a USA-based client. A spray-dried natural shrimp flavor was considered for one variant, representing a novel approach rarely explored in both academic and industrial contexts. For second variant, dill greens and parsley leaves and for third variant 3 truffle flavour, mushroom and garlic were considered. These ingredients are selected for their potential role as natural nutritional fortifiers and for third variant that enhance the overall nutritional profile of the flavored popcorn. We approached our formulation process with minimal thermal processing, the use of natural colorants, and optimal flavor retention without compromising consumer acceptability and product stability.

How I Felt Before Starting – Developing Popcorn flavours

Formulating popcorn flavors that harmonize flavor release, color stability, and nutritional value while preserving desirable organoleptic qualities presents an inherent challenge. The primary difficulty lies in identifying appropriate binders, stabilizers, flavor enhancers, and processing parameters that maintain sensory appeal without compromising product integrity. Insights drawn from previous research on flavor prototyping, and natural preservation techniques guided the strategic approach adopted in today’s experimental formulation.

popcorn falvours
popcorn falvours
popcorn falvours
popcorn falvours

🧪 What We Did Today?

Product Development Plan – Preparation and Quality Assessment of Popcorn Flavours

  • Preprocessing of natural flavourings and spice blends to achieve desirable flavours
  • Optimization of colours and flavours to enhance consumer acceptability
  • Prevention of particle agglomeration using anticaking agents.

Key Steps Followed Today:

  • All dry spices including sea salt, dill, ground chili, and the natural spice blend were dry roasted to enhance aroma and reduce moisture.
  • They were then blended uniformly to create a homogenous spice blend.
  • Powdered ingredients such as dextrose, powdered sugar, tomato powder, binder, dry whey, fructose, natural preservative, yeast extract, paprika extract, and cayenne pepper extract were measured and prepared separately.
  • All powdered ingredients, including sugars, tomato powder, starch, dry whey, and the spice blend, were combined in a clean mixing vessel and mixed thoroughly to ensure even distribution.
  • Encapsulated lime flavor and encapsulated garlic oil were added and mixed gently to prevent loss of volatile components.
  • The anticaking agent was added to prevent clumping and maintain powder flow during storage and application.
  • The formulation was separated into three variants:

Variant 1 – Shrimp flavour

Variant 2 – Tomato with greens

Variant 3 – Truffle flavour

Starch (10% of the blend) was included as an adhesion agent, and it was thoroughly dispersed within the seasoning mix to improve the seasoning’s ability to adhere to popcorn surfaces.

  • Blending: The prepared dry powders were introduced into a blender to ensure homogeneous mixing of all ingredients.
  • Sieving: The blended mixture was sieved to obtain a uniform particle size and consistent texture across all flavor variants.
  • Storage stability tests were conducted to assess flavor retention, color stability, and anti-caking performance over time.
  • Ingredient ratios and processing parameters were optimized based on test results, and the process was prepared for scale-up while maintaining the roasting, blending, and mixing conditions.

📚 What I Learned?

Observations & Learnings

  • The incorporation of an anticaking agent effectively maintained the seasoning powder in a dry, free-flowing state.
  • Roasting of the spices significantly enhanced the aroma and overall sensory appeal of the popcorn flavoring.
  • The coating on popcorn in Variant 1 was excellent, attributed to its smaller particle size and the type of oils used. Variant 3 showed slightly better coating than Variant 2, likely due to its larger particle size.

Outcome

Proximate Analysis of Popcorn flavouring (per 100g)

Nutrient

Amount (g)

Variant 1

Variant 2

Variant 3

Carbohydrate

45

30

40

Protein

3

2

0.8

Fat

4

3.5

1

 

Organoleptic evaluation

Attribute

Variant 1

Variant 2

 

Variant 3

Appearance

7.5

7.8

7.2

Colour

7.6

7.7

7.3

Flavour

7.4

7.5

7.6

Taste

7.5

7.5

7.6

Texture

7.5

7.3

7.5

Mouthfeel

7.3

7.4

7.5

Overall Acceptability

7.3

7.5

7.4

 

Shelf life – Unopened pack is stable for 12 months, once opened it should be consumed within 2 months retaining its characteristic colour and flavour.

Particle size

Variant 1: Particle size here tends to be finer (around 100-300 microns) due to powder processing techniques aimed at encapsulation and smooth dispersion for flavor release.

Variant 2: Tomato powder particle size varies depending on the drying and milling process but generally ranges from 150-400 microns. Tomato powder can have slightly larger and more irregular particles than encapsulated natural flavors due to its fibrous nature and drying method like spray or freeze drying.

Variant 3: Mushroom flavor powders or extracts usually have larger average particle sizes compared to shrimp flavoring because mushroom powders often come from dried and ground whole mushrooms or concentrated extracts. Particle size may range widely (200-500 microns) and can be less uniform due to fibrous content

 

 

Storage stability Test

  • Both variants maintained good flavor retention and color stability over a 3-month storage period at ambient conditions (25-30°C, 60-70% RH).
  • Minimal caking and moisture uptake were observed, attributed to effective use of anticaking agents.

Total plate count

  • Microbial analysis showed Total Plate Counts well within acceptable limits for food powders, below 103 CFU/g for both variants.
  • No significant microbial contamination was observed, confirming the safety and hygiene of the powder blends.
popcorn falvours

What Went Well

  • Flavor Uniformity: The spices and seasoning blended well, giving a consistent taste across all popcorn samples.
  • Flavor Stability: The encapsulated flavors and natural ingredients maintained their aroma and taste over storage time.
  • Adhesion of Seasoning: Starch and other adhesion agents helped the seasoning stick well to the popcorn, ensuring even flavor distribution.

⚠️ What Could Be Improved

  • Shelf Life Optimization: Further testing is needed to extend the flavor and texture stability over longer storage periods.
  • Particle size: It can be further reduced to improve the texture and even coating
  • Colour: It can be enhanced by incorporating other natural ingredients.

What made to choose FRL

We help you to comply with guidelines and attain certifications that you need.

What made

Choose
FRL

caramel

Caramel

saudi

Thank you for the Update and effortd caramel. We Appreciate the detailed trials and variations you've conducted. Please Ensure the flavor alignment is testes accordingly. I look forward to the final version and appreciate your continued dedication.

Project Code:24FRL-BEV-NPD 4577-01
Name:Mohammad Hassan
pasta

Pasta

united kingdom

Very First thing, You all should feel proud yourself that you made something that do not exist in market. Heat and eat pasta with bold flavours.

Project Code:24-FRL-FOD-NPD-2462-02
Name:Miral
protein_biscuit

Protein Biscuits

India

V19 plain is the best anf finalized from our side. It is accurate in taste(plain), texture, and after tastte is also not bitter at all, He loved it as a plain flavour. V19 cardomon should add more flavour rest everything is fine.

Project Code: 24-FRL-FOD-NPD-3449-01
Name: Mehul Molir
cola

Cola

Nigeria

Hello, I am using the oppurtunity to appreciate the teams effort we will be picking V1 for cola, So far we don't have any complain about it, I will like to know the type of sweetner use, during the taste test some said it too sweet while some said it for orange we are picking V2, no complain too, thank you once again

Project Code: 24-FRL-BEV-REV-2878-01
Name: Esther
Energy Candy

Energy Candy

India

Since a year Ago, we statrted this journey of developing energy candy and we took different steps to develop the product. I am really happy to see endless efforts you people have done to develop an energy candy, Hats off to you and your didication towards unbiased work

Project Code: 24-FRL-NPD-FTP-PMR-2660-02
Name: Harshad