Our ingredients

FermWhey™

The Next Generation of dairy proteins

What is whey protein?

Milk is a powerful source of nutrition, providing essential proteins that support growth, metabolism, and overall health.
In bovine milk, about 3.4% of its composition is made up of proteins, which are the most bioavailable and nutritionally valuable components.

Milk proteins fall into two major categories: 

Caseins, which form the curds in cheese-making.

Whey proteins, which are the most valuable in terms of protein quality and functionality

Why whey?

The nutritional & functional powerhouse

Protein quality depends on three key factors:

01.

The completeness of essential amino acids (EAA), which are fundamental at every life stage.

02.

The efficiency of protein absorption and digestion, ensuring amino acids are properly utilized.

03.

The delivery of key nutrients, particularly branched-chain amino acids (BCAAs) like leucine, which play a critical role in muscle synthesis and metabolism.

Whey protein is the gold standard of dairy proteins, known for its superior amino acid profile, digestibility, and bioavailability.
Among whey proteins, beta-lactoglobulin (BLG) is the most complete in terms of essential amino acids and boasts an exceptional concentration of leucine, a key component for muscle health, recovery, and metabolic function. 

Protein quality is assessed through key indicators:

Measures how efficiently amino acids are used by the body. BLG achieves a top PDCAAS score of 1, confirming its superior digestibility.

Evaluates how well proteins are broken down and absorbed.

Compares amino acid completeness against a reference protein (FAO 2007).

Native whey vs. cheese whey:
A new era of dairy proteins

While whey is widely recognized for its nutritional richness, most whey proteins on the market today come from cheese production by-products.
These proteins undergo extensive chemical, enzymatic, and filtration treatments, which can compromise their structure, bioavailability, and overall functionality

At Verley, we go beyond traditional protein processing to offer a purer, more effective solution.
Our precision fermentation technology enables the production of milk proteins in their native state, starting with whey protein, preserving its original structure, digestibility, and full nutritional potential. 

This means:

Traditional whey protein

Cheese manufacturing

Cheese

Evaporation

Drying

WPC

Native Whey Protein

1st Filtration 

Skimmed milk

2nd Filtration

evaporation

Drying

WPI Native

FermWhey™

1st Filtration 

2nd Filtration

Evaporation

Drying

FermWhey™

Introducing the FermWhey™ range
Whey, reimagined

At Verley, we don’t just produce whey proteins—we enhance them. By combining precision fermentation with functionalization, we unlock new performance capabilities that complement conventional dairy proteins while going beyond what standard precision fermentation can achieve. This enables us to meet evolving industry needs and expand the possibilities for high-protein food applications.

Our ingredient range includes:

FermWhey™
Native

Key benefits
Applications

FermWhey™
Native 100

Key benefits
Applications

FermWhey™
Microstab

Key benefits
Applications

FermWhey™
Gel

Key benefits
Applications

With FermWhey™, we are redefining what’s possible in dairy protein innovation, offering tailored solutions that unlock new food applications, improve food formulations, and deliver unmatched nutritional value.

Welcome to the future of dairy proteins.
Welcome to FermWhey™.