Clean Label in Plant-Based Products: What Is Viable Today and What Isn’t?

Clean label formulation has become a strategic priority in the European plant-based sector. Retailers increasingly demand shorter ingredient lists, fewer additives and products aligned with evolving consumer expectations. However, achieving this without compromising texture, stability, shelf life or cost efficiency remains highly complex.

This article explains what can realistically be simplified today in clean label development, what is not yet feasible without trade-offs, and how manufacturers can approach clean label reformulation in a technically sound and commercially viable way.

What Does Clean Label Mean in Plant-Based Formulation?

Clean label is not simply about removing E-numbers. From an industrial standpoint, it means designing formulations with:

• shorter and more transparent ingredient lists
• reduced use of additives perceived as artificial
• recognisable raw materials
• clear alignment between consumer perception and technical formulation

Clean label does not mean “unprocessed”. It means a simpler, more transparent formulation that remains technically justified and commercially feasible.

European consumers increasingly prioritise products with recognisable ingredients and lower perceived processing, influencing retail acceptance across Europe.

Why Clean Label Is Especially Challenging in Plant-Based Products?

Plant-based proteins such as pea, soy or other legumes do not naturally reproduce the fibrousness, juiciness or elasticity of animal proteins. For this reason, achieving a high-quality sensory profile often requires multifunctional ingredient systems.

Functional Challenges: Texture, Emulsion, Water Retention and Stability

One of the most common formulation challenges is water retention.

Plant-based burgers, for example, frequently lose water during cooking, affecting:

• texture
• juiciness
• yield

To address this, formulations must incorporate ingredients that improve water absorption and water-holding capacity, without disrupting the balance of the product.

Other essential variables include:

• emulsification
• gelation
• hot structure
• behaviour during regeneration or reheating

Removing ingredients without understanding their functional role typically results in instability or inconsistent product performance.

Commercial Challenges: Cost, Availability and Scalability

Clean label must remain compatible with:

• target cost
• raw material availability
• consistent industrial production

A cleaner label must not compromise margin, repeatability or operational performance.

What Is Viable Today in Clean Label Plant-Based Development?

Despite the challenges, several strategies allow meaningful simplification without affecting industrial results.

Multifunctional Ingredients to Reduce Complexity

Using ingredients that perform multiple functions—such as providing protein and structure, or fibre and water retention—helps reduce the total ingredient count.

Examples include:

• pea or soy texturates
• legume-based blends
• functional protein concentrates

These solutions support simpler formulations while maintaining technological performance.

Replacing Complex Systems with Fibres, Starches and Functional Flours

It is increasingly feasible to replace part of complex systems with:

• plant fibres
• functional starches
• technological flours

Such ingredients offer stronger consumer acceptance and can maintain required performance when used appropriately.

Targeting Categories Where a Perfect Animal-Like Replica Is Not Expected

Clean label is most realistic in applications where the consumer does not demand an exact imitation of meat or dairy:

• ready-meal fillings
• plant-based ragù or sauce bases
• heat-and-serve solutions
• granulated or bite-size formats

In these categories, functionality and flavour tend to outweigh expectations of perfect mimicry.

What Is Not Yet Fully Viable?

Understanding the real limitations avoids unrealistic development pipelines.

Replicating a Fully Meat-Like Experience with a Very Short Ingredient List

High sensory expectations require technological aids that are difficult to replicate with minimalist formulations.

Removing Key Technological Ingredients Without Affecting Shelf Life

Avoiding preservatives often requires adjustments such as:

• thermal treatments (e.g., pasteurisation)
• changes in packaging technologies
• more complex processing stages

These changes may increase cost and operational requirements.

Maintaining Competitive Costs in Aggressive Clean Label Reformulations

Clean label does not automatically reduce cost. In some cases, it increases total cost due to:

• more complex processes
• shorter shelf life
• greater operational variability

How to Approach a Clean Label Plant-Based Project Successfully

A structured approach helps prevent technical bottlenecks and production delays.

Identify the Product’s Critical Functional Requirement

Determine which variable is non-negotiable: texture, stability, shelf life or cost.

Define the Clean Label Target Level from the Beginning

Clean label ranges from moderate simplification to deep reformulation. Setting the target early prevents unfeasible development paths.

Validate at Pilot Scale Before Industrial Implementation

Laboratory results must be supported by industrial testing, including:

• in-line performance
• sensory evaluation
• shelf-life analysis

SANYGRAN: Tailor-Made Solutions for an Efficient Clean Label Transition

By integrating ingredient development with final product formulation, Sanygran enables manufacturers to:

• improve texture and water retention
• reduce formulation complexity
• optimise the balance between functionality and cost
• minimise development iterations and time-to-market

This approach allows companies to advance towards clean label with greater control, improved consistency and reduced risk during development.

Contact:
📞+34 937 132 324
📩 info@sanygran.com