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Decoding the Journey: Where Does Myprotein Whey Come From?

4 min read

It takes approximately 720 pounds of raw liquid whey to produce just one 5 lb bag of whey protein. This remarkable process is the answer to the question: Where does Myprotein whey come from? The journey begins on dairy farms and follows a rigorous production path to ensure high-quality sports nutrition.

Quick Summary

Myprotein whey is a byproduct of cheese making, sourced from the milk of dairy cows, filtered, dried into powder, and then tested and packaged at Myprotein facilities in the UK and other locations.

Key Points

  • Dairy Cow Sourcing: Myprotein whey originates from the milk of dairy cows, obtained during the cheesemaking process as a natural byproduct.

  • Filtration Process: The liquid whey is purified using advanced techniques like membrane filtration to remove fat and lactose, resulting in high-protein powder.

  • In-House Manufacturing: The final flavoring, blending, and packaging of Myprotein products occur in the company's own facilities, primarily in the UK, ensuring complete control over the production line.

  • Rigorous Quality Control: Myprotein emphasizes strict quality control measures, including in-house lab testing, X-ray scanning of packaging, and near-infrared testing.

  • Third-Party Verification: Products are independently certified by organizations like Informed Choice and Informed Protein, which test for banned substances and confirm protein content.

In This Article

From Farm to Protein Powder: The Whey Sourcing Journey

The story of Myprotein's whey protein is a complex and highly regulated process that begins on dairy farms, where cows produce the milk from which whey is derived. Whey is a natural byproduct of the cheese-making process, representing about 20% of milk's protein content. The initial sourcing and processing adhere to strict standards to ensure the quality of the final product, which is a testament to the brand's commitment to transparency.

The Dairy Farm and Initial Milk Processing

The journey starts with the sourcing of milk from dairy farms. Myprotein emphasizes using high-quality milk from healthy, properly-fed cattle. After collection, the milk undergoes pasteurization, a heating process designed to eliminate harmful bacteria. It is then transported to a cheese manufacturing facility, where enzymes are added to separate the milk into solid curds (used for cheese) and liquid whey. This liquid whey is the raw material that is destined to become protein powder.

Filtration and Purification: Creating Pure Whey

Once separated, the liquid whey contains not only protein but also fats, lactose, and water. A multi-stage filtration process is necessary to purify the whey and create the concentrated or isolated forms used in supplements. Myprotein utilizes advanced filtration systems, often involving ceramic filters, to remove these non-protein components.

  • Whey Protein Concentrate (WPC): The initial filtration of liquid whey yields WPC, which typically contains around 80% protein by weight, along with some lactose and fat.
  • Whey Protein Isolate (WPI): To create a purer form, WPC undergoes further filtration. This process removes virtually all lactose and fat, resulting in a product with over 90% protein.
  • Hydrolysed Whey: This type of whey is pre-digested through an enzymatic process, breaking down the protein into smaller peptides for faster absorption.

After filtration, the purified liquid whey is sent to a spray-drying chamber, where hot and cold air are used to evaporate the water content, leaving behind a fine, unflavored whey protein powder.

In-House Manufacturing and Quality Control

The unflavored whey powder is then transported to Myprotein's own state-of-the-art manufacturing facilities, such as the one in Warrington, UK. This in-house production model allows Myprotein to control every step of the process, from raw material inspection to final packaging.

During this stage, a sample from every batch of raw whey powder is rigorously tested in quality control labs to verify its purity and protein content. Flavorings and other ingredients are then added, and the mixture is blended in large containers. The finished powder is then packaged and weighed, and each pouch is heat-sealed and X-rayed to ensure consistency and prevent foreign objects.

Myprotein's commitment to quality is further solidified by third-party testing and certifications. The company has achieved an AA+ Grade for Food Safety from the British Retail Consortium (BRCGS). Moreover, products are tested for banned substances and protein content by independent bodies such as Informed Choice and Informed Protein. This provides athletes and consumers with peace of mind that what's on the label is what's in the product.

Whey Concentrate vs. Isolate: Which is Right for You?

Feature Whey Protein Concentrate (WPC) Whey Protein Isolate (WPI)
Protein Content ~80% protein per serving >90% protein per serving
Lactose Content Higher lactose levels, may not suit those with lactose intolerance Very low lactose, making it suitable for lactose-sensitive individuals
Fat Content Contains a small amount of fat Contains very little fat (<1%)
Cost Generally more affordable Typically more expensive due to additional processing
Processing Less refined filtration process Undergoes extra filtration for higher purity
Benefit Great all-rounder for muscle growth and maintenance Ideal for those on a restrictive diet, or with lactose intolerance

A Global Network and Ethical Practices

While Myprotein's products are manufactured in its own UK facilities, the brand operates globally, sourcing high-quality raw materials and distributing to customers worldwide. The emphasis on in-house production and rigorous testing ensures that from the dairy farm's milk to the blended powder, a high standard is maintained. Myprotein has also expanded its offerings to include plant-based and other specialized products, demonstrating a commitment to diverse dietary needs and sustainable practices, such as its 'zero to landfill' policy.

For more information on the brand's quality assurance processes, Myprotein's website is a key resource. They provide detailed breakdowns of their production steps and certifications, ensuring transparency for consumers.

Conclusion

Understanding where does Myprotein whey come from? reveals a sophisticated and multi-step process that guarantees quality and safety. The journey begins with high-quality milk from trusted dairy farms, which is then processed into a liquid whey byproduct at cheese factories. This liquid undergoes advanced filtration and spray-drying to become a pure whey powder. Finally, at its own state-of-the-art facilities, Myprotein conducts thorough testing, adds flavourings, and packages the final product. This vertical integration and commitment to independent certification ensure that Myprotein delivers a product that is reliable, pure, and effective for fueling fitness goals.

Frequently Asked Questions

Myprotein's Impact Whey Protein is manufactured in its own state-of-the-art facilities, primarily located in the UK, which allows the company to maintain strict control over quality.

Yes, Myprotein whey is a protein derived from the cheesemaking process, where enzymes are used to separate the liquid whey from the solid curds of cow's milk.

Yes, Myprotein uses third-party testing with partners like LGC Sport Science for Informed Choice certification, verifying that products are free from banned substances.

The liquid whey undergoes a purification process involving advanced filtration, where fats and lactose are removed. This refined liquid is then spray-dried to form a powder.

Whey concentrate has a protein content of around 80% with more fat and lactose, while whey isolate is further filtered to contain over 90% protein with very little fat or lactose.

Myprotein ensures quality by handpicking ingredients from trusted suppliers, verifying raw materials with in-house lab tests, and tracing them from source to shelf.

Informed Protein is an independent certification that verifies a product's protein content is free from spiking and fillers, assuring consumers that the label is accurate and trustworthy.

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Medical Disclaimer

This content is for informational purposes only and should not replace professional medical advice.