Skip to content
Processing

Purposeful Processing. Better Nutrition.

Consumers are asking good questions about how food is made. We welcome that.

At PURIS, our ingredients begin with whole yellow peas grown by North American farmers. We use controlled food processing to separate, concentrate, and improve the natural nutrition in the crop so it can be used in foods people actually want to eat.

processed-food-p-logo-1

The Real Question

Food processing is not automatically good or bad.

Does processing make food safer, more nutritious, more digestible, more functional, or more accessible — or does it simply make low-nutrition food easier to overconsume?

PURIS ingredients are designed for the first category.

Nutrition Matters More Than a Single Classification System

Consumers deserve clear, accurate information about the foods they eat. Today, discussions about ultra-processed foods continue to evolve. Researchers, regulators, and public health experts are actively debating how foods should be evaluated, and there is not yet a universally accepted U.S. definition of ultra-processed foods.

What is increasingly clear is that nutrition cannot be evaluated by processing alone. Recent reviews suggest that factors such as calorie density, protein content, fiber, sodium, saturated fat, and overall formulation often explain differences in health outcomes attributed to processing.

At PURIS, we believe consumers are best served when foods are evaluated holistically:

  • What nutrition does the ingredient provide?
  • How is it processed?
  • What purpose does the ingredient serve?
  • Does it help improve the nutritional profile of the finished food?
  • Does it support foods people can enjoy as part of a balanced diet?
food-sequence

Turning Yellow Peas
Into Functional Nutrition

How We Process
Open Close

Purposeful Processing

Through controlled milling, separation, concentration, and drying, PURIS produces ingredients that help food companies deliver protein, texture, structure, stability, and clean taste in a wide range of finished foods.

PURIS pea protein processing uses mechanical and water-based approaches that concentrate nutrition and support digestibility, shelf stability, and formulation performance.

This is purposeful processing. Without it, many nutrition-forward products would be harder to make, less affordable, less stable, or less appealing to consumers.

Dawson Drone Image
Improving Quality
Open Close

Processing Can Improve Protein Quality

Yellow peas naturally contain compounds that help protect the seed as it grows. Some of these compounds can also reduce protein digestibility and mineral availability.

Processing helps reduce these naturally occurring antinutritional factors while concentrating the protein itself. As a result, pea protein ingredients provide protein in a form that is easier to use in modern food products and easier for the body to utilize than the raw seed alone.

Thoughtful processing doesn't remove nutrition from peas. It helps unlock it.

That same principle is used throughout the food system — from cooking beans and fermenting foods to making yogurt, cheese, and concentrated protein ingredients.

Food testing laboratory analysis
How Methods Compare
Open Close

Processing Methods Vary Across Protein Sources

All protein ingredients require processing to concentrate and deliver protein. The important question is how that processing occurs and what nutritional benefits the ingredient provides.

  • Pea Protein — Separation of protein from yellow peas using water-based and physical processing steps
  • Soy Protein — Separation of protein from soybeans using solvent-based and physical processing steps
  • Whey Protein — Separation of protein from cow milk using water-based and physical processing steps

Regardless of source, the goal is similar: concentrate naturally occurring protein so it can be used to create nutritious, functional foods.

PURIS believes the nutritional value, functionality, and transparency of an ingredient are more informative than broad assumptions based solely on the degree of processing.

protein-powder-explosion-tan

What Purposeful Processing Makes Possible

PURIS ingredients allow yellow peas to become the foundation for a wide range of nutrition-forward products.

High-protein beverages
High-Protein Beverages
RTD shakes, smoothies, protein waters
Nutrition bars
Nutrition Bars
Protein bars, energy bars, meal replacements
Baked goods
Baked Goods
Breads, muffins, pancakes, tortillas
Dairy alternatives
Dairy Alternatives
Plant milks, yogurts, cheese alternatives
Meat alternatives
Meat Alternatives
Burgers, sausages, ground meat replacements
Snacks
Snacks
Puffs, crisps, extruded snacks
Clinical nutrition
Clinical & Active Nutrition
Sports nutrition, medical nutrition, toddler foods
Better-for-you foods
Better-For-You Foods
Lower sugar, fat, saturated fat, or sodium
Consumer choosing food at the grocery store

Comparable to Foods Consumers Already Trust

The public conversation often treats plant protein processing as unusual, but food processing is part of many trusted foods.

Cheese requires physical separation, concentration, culture activity, and enzymatic action. Greek yogurt is strained to concentrate protein. Pasta depends on milling, extrusion, and controlled shaping.

In PURIS ingredients, processing helps make pea nutrition more functional, digestible, consistent, and useful for better food design.

puris-yogurt-with-yogurt-splash

Clean Taste Can Mean Simpler Labels

If a protein ingredient brings bitterness, chalkiness, beany notes, or poor texture, formulators often need to compensate — more flavors, more sweeteners, more masking agents, and longer ingredient lists.

PURIS focuses on clean taste and functional performance because better ingredients can help reduce the need for formulation workarounds. The final nutrition depends on the full formulation, but PURIS ingredients give food makers better tools to formulate toward nutrition, simplicity, and consumer trust.

Why Clean Ingredients
Matter in Finished Food

More Protein & Better Satiety


More protein and better satiety without relying on major allergens.

Less Sugar & Saturated Fat


Less added sugar and saturated fat through better taste and texture balance.

Lower Sodium & More Fiber


Lower sodium and more fiber for complete, balanced nutrition.

Better Mouthfeel & Simpler Labels


Better mouthfeel with shorter, cleaner ingredient labels.

Building the Future of Better Food

The next generation of food will need to do more than fit into simple categories like "whole" or "processed." For brands building the future of better food, the more useful questions are:

Nutritional Contribution

Does the ingredient help deliver meaningful nutrition, including protein, fiber, micronutrients, or other benefits consumers can understand?

Ingredient Purpose

Does it help nourish, structure, stabilize, or improve the food in a way that supports a better finished product?

Processing Method

Is the process transparent, appropriate, and designed to preserve, concentrate, or improve nutritional value?

Finished Food Design

Does the final product help customers move toward better nutrition — more protein, lower sugar, lower saturated fat, lower sodium, improved nutrient density?

Consumer Transparency

Can people understand what the ingredient is, why it is there, and how it contributes to the food they are choosing?

Building Better Food Starts With Better Ingredients

By the standard of nutritional contribution, ingredient purpose, processing transparency, finished food design, and consumer trust — PURIS ingredients have a clear role in helping you build foods that are more nutritious, more transparent, and better aligned with where the market is going.

References
  • U.S. Department of Agriculture. "HHS, FDA and USDA Address the Health Risks of Ultra-Processed Foods." Published July 23, 2025.

  • Magkos F., Forde C.G., Robinson E. "Ultraprocessed foods and obesity: Interpreting the evidence." Science. 2026.

  • Opazo-Navarrete M. et al. "Comprehensive Review of Plant Protein Digestibility: Challenges, Assessment Methods, and Improvement Strategies." Applied Sciences. 2025.

    Retrieved from https://www.mdpi.com/2076-3417/15/7/3538