Whey ingredients and co-products

Food and beverage manufacturers are boosting the protein content of products to tap into the growing health and wellness trend. Many food and beverage manufacturers use whey proteins as the protein source of choice for product innovation. The dairy industry has the potential to expand usage of these ingredients by creating new formulation possibilities through improvements in whey quality (such as flavor, aroma and astringency) and performance (such as thermal stability).

 

Opportunities include, for example, increased use levels in current products (such as bars, beverages, etc.) and expanded use into new products.  Dairy permeate availability throughout the world is accelerating, fundamentally as a result of growth in dairy processing activities. Manufacturers are seeking commercial solutions to expand product offerings, applications and utility of derivatives from whey and dairy permeates. 

 

The Research and Insights Product Research subcommittee of the Innovation Center, USDEC and other industry partners continue to emphasize the need for technical advancements in whey quality and performance and new uses for dairy co-products.

 

Dairy Research Institute has focused on opportunities for food and beverage manufacturers and dairy processors to leverage whey protein found in dairy to help meet these needs. 

Current Research

Functional Whey Protein Ingredients Based on Designed Aggregates
North Carolina State University
Expected Completion Date: 2014

 

Influence of Spray Drying Parameters and the Lactoperoxidase System to Minimize Flavor Formation in Spray Dried Whey Protein
North Carolina State University
Expected Completion: 2014


Long Term Shelf Life Studies of Whey Protein Concentrates (WPC 34 And WPC80) Under Adverse Storage Conditions
USDA Agricultural Research Service
Expected Completion: 2014


Improved Cold Gelation Properties of Whey Proteins by Heated Whey Protein and Polysaccharide Soluble Complexes
University of Missouri
Expected Completion: 2013


Modification of CIP Protocol to Prevent and Control Biofilms in Membranes Used for Whey Processing
South Dakota State Univesity
Expected Completion: 2013


Annatto Partitioning in Cheese and Cheese Whey
North Carolina State University
Expected Completion: 2012


Creating Novel Structures to Stabilize Whey Proteins During Heating Nearby Isoelectric Points
University of Tennessee
Expected Completion: 2012


Developing Whey Proteins Having Less Astringency at Low pH
North Carolina State University
Expected Completion: 2012


Electrostatic Repulsion Enhancement for Heat Stable, Clear Whey Protein Beverages
University of Wisconsin–Madison
Expected Completion: 2012


Physical Removal of Annatto in Cheddar Cheese Whey by Inert Adsorbents
University of Tennessee
Expected Completion: 2012


Shelf-Stable Whey Protein-based High Protein Beverages
University of Tennessee
North Carolina State University
Expected Completion: 2012


Source(s) of Salty Taste in Permeate
North Carolina State University
Expected Completion: 2012


Understanding the Role of Beverage Processing Steps on Whey Protein Flavor Contributions
North Carolina State University
Expected Completion: 2012

Published Research

Innovation Center Partners