Matcon IBC - The Powder Handling Experts

Food Manufacturing Challenges: Ingredient Changes in Food Production

Written by Kathryn Perry | 12 November 2026

The Manufacturing Lessons Behind the Rice Krispies Story

When WK Kellogg acknowledged that changes to the recipe of its iconic Rice Krispies cereal had altered the familiar "snap, crackle and pop" experience, consumer reaction was immediate [1].

For food manufacturers, however, the story isn't really about breakfast cereal, it's about manufacturing.

More specifically, it's about what happens when a manufacturer changes an ingredient, modifies a formulation or responds to supply chain pressures while still trying to deliver exactly the same product experience.

While consumers may only notice the final outcome, manufacturing teams have to manage everything that happens beforehand.

Every Product Change Creates a Manufacturing Challenge

Food manufacturers rarely change ingredients for no reason.

Changes are often driven by:

  • Raw material availability
  • Supplier changes
  • Market volatility
  • Cost pressures
  • Sustainability goals
  • Nutritional objectives
  • Regulatory requirements

Across the industry, product innovation continues to play an important role in helping manufacturers respond to changing market conditions and consumer expectations [2].

The challenge is not avoiding change altogether. The challenge is implementing those changes while maintaining product quality, consistency and consumer expectations.

What looks like a relatively simple ingredient change on paper can introduce multiple manufacturing challenges throughout the production process.

The replacement ingredient may still deliver the same nutritional objective, meet the same formulation target and achieve the same product specification, yet still behave differently during manufacturing. This is where it becomes more challenging.

Ingredients are More than Specifications

While formulations define what a product is intended to achieve, manufacturing teams must focus on how the individual ingredients behave throughout production.

An ingredient may appear equivalent from a product development perspective while behaving very differently inside a production environment.

A replacement ingredient may have a different:

  • Particle size distribution
  • Bulk density
  • Flow characteristic
  • Moisture profile
  • Tendency to segregate

Those differences influence how materials move through production, and ultimately how consistently they perform, for example:

  • Flow
  • Discharge
  • Blend
  • Transfer
  • Store

This becomes increasingly important as ingredient innovation continues to accelerate. Industry organisations such as the Institute of Food Technologists (IFT) continue to highlight growth in areas such as alternative ingredients, protein enrichment and functional formulations [3].

The challenge for manufacturers is ensuring that those ingredient changes do not create unwanted variation in the finished product.

Why Effective Blending Matters

For products such as breakfast cereals, nutritional powders and dry ingredient formulations, blending plays a critical role in achieving consistent product quality.

The objective is not simply to mix ingredients together; it is to ensure that every batch contains the correct distribution of ingredients before it moves into downstream production processes.

In dry ingredient manufacturing, producers need confidence that every portion of a blend contains the intended ingredient ratios before the product enters the next stage of manufacturing.

Effective blending helps support:

  • Batch consistency
  • Product quality
  • Nutritional accuracy
  • Process repeatability

Without that consistency, variability can begin to appear in the finished product and once consumers notice it, the challenge is no longer simply manufacturing, it becomes a brand issue.

Why Material Handling Often Determines the Outcome

Blending is only one stage of the process. The quality of the blend depends heavily on the condition of the materials entering it. If ingredients have segregated during storage or transfer, the blender is already starting from a compromised position.

This is why material handling is such an important part of manufacturing consistency.

At Matcon, we regularly work with manufacturers introducing new ingredients, qualifying alternative suppliers or navigating formulation changes. In each case, maintaining ingredient integrity throughout storage, discharge, transfer and blending becomes critical to achieving consistent manufacturing outcomes.

What Manufacturers Can Learn from the Rice Krispies Story

The Rice Krispies story is a reminder that while consumers only experience the finished product, manufacturers manage everything that happens before it reaches the shelf.

They never see the ingredient selection process, the material handling systems, the blending operations or the quality procedures behind the scenes. Yet all of those factors contribute to the final product experience.

For manufacturers, change is often unavoidable. Supply chains evolve, ingredients change, costs fluctuate and market expectations continue to develop. The challenge is not avoiding change altogether, but implementing it in a way that continues to deliver the quality, consistency and product performance consumers expect.

Every ingredient change introduces variables that must be understood and managed throughout the manufacturing process. This is why successful manufacturers focus on protecting ingredient integrity at every stage, from storage and transfer through to blending and downstream processing.

At Matcon, we help manufacturers maintain control over powders throughout that journey with IBC powder handling solutions, supporting more consistent production outcomes and helping to protect that product quality that consumers have come to expect.


Further Reading

Frequently Asked Questions

Why can ingredient changes affect product consistency?

Ingredients that appear equivalent from a formulation perspective may behave differently during manufacturing. Differences in particle size, density, flow properties and moisture characteristics can all influence the final product.

Why is blending important in food manufacturing?

Blending helps ensure ingredients are distributed evenly throughout a batch so that product specifications, nutritional targets and quality requirements can be achieved consistently.

How can manufacturers maintain consistency when ingredients change?

Manufacturers must consider the entire process, including storage, discharge, transfer and blending. Maintaining ingredient integrity throughout production helps reduce variability and improve repeatability.

Industry Sources Referenced

[1] BBC News - Kellogg's admits snap, crackle and pop is quieter after Rice Krispies recipe change
https://www.bbc.co.uk/news/articles/cqvg0y44ym7vo

[2] FoodDrinkEurope – Reformulation & Innovation Resourceshttps://www.fooddrinkeurope.eu/resource/fooddrinkeurope-guidance-product-reformulation-and-innovation/ https://www.fooddrinkeurope.eu/area_types/reformulation/

[3] Institute of Food Technologists (IFT) https://www.ift.org/food-technology-magazine/ift-first-5-fresh-trends-from-ift-first https://foodinstitute.com/innovation/three-key-trends-on-display-at-ift-first-2026/