Hydrolyzed Pea Protein Powder

Hydrolyzed Pea Protein Powder is a pre-digested plant-based ingredient pre-processed from yellow field peas using a controlled hydrolysis process with enzymes that break down complex protein structures to create smaller molecules (peptides and amino acids) that are highly bioavailable. A functional ingredient for use in the food and beverage industry that is exceptionally soluble, heat-stable, and has a smooth mouthfeel, making it an excellent choice for formulators creating the next generation in plant-based nutrition. Commercial companies use it to boost sports nutrition beverages, ready-to-drink protein shakes, functional bakery products, and other alternative types of dairy-based formulas, all while maintaining taste and texture – and keeping consumers happy. Due to the enzymatic degradation, the dispersion is significantly better, and the absorption rates are very fast, allowing protein loading in liquids to be high without sedimentation or thickening problems. The enzymatic degradation also results in a considerably better dispersion and high absorption rates, which enables the R&D team to achieve a higher protein loading in liquid applications without sedimentation or thickening problems. Moreover, this non-GMO, gluten-free, soy-free, and vegetarian-friendly raw material fits in perfectly into a wide variety of supply chains, helping manufacturers adhere to strict regulatory requirements and clean-labeling standards and providing consistent yield and quality in large-scale commercial production.

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Hydrolyzed Pea Protein is primarily made of a high concentration of peptides (low molecular weight proteins) and free amino acids from Pisum sativum, and the main nutritional actives are high contents of the essential and branched-chain amino acids (BCAAs) leucine, isoleucine, valine, lysine, and arginine. The peptide matrix (low molecular weight peptide) is the most important functional and nutritional fraction, since the peptide chain is broken down in an optimal manner; specifically, the length of the peptide chain is optimized, leading to high physiological availability and rapid gastrointestinal uptake, compared to intact protein sources. In addition to this basic peptide profile, the raw material has small amounts (minor) of functional fractions that include globulin and albumin derivatives that help explain its structural emulsifying properties and surface-active behaviour in food and food beverages. This unique amino acid distribution and peptide profile is used by industrial formulators to provide dietary formulations, clinical nutrition supplements, and recovery drinks with essential Nitrogen and Amino building blocks. Commercial manufacturers provide consistent peptide distribution by controlled enzymatic processing, resulting in excellent batch uniformity and reliable physicochemical functionality in a broad spectrum of large-scale industrial applications, which allow for consistent nutritional delivery.

1. Raw Material Slurry Preparation:

The pea protein isolate powder is blended to develop a homogeneous protein suspension using optimized solids concentration by a systematic blending process conducted under controlled temperature and agitation conditions of purified industrial water.

2. Enzymatic Hydrolysis:

Then endopeptidases or exopeptidases (specific proteases from plants or microorganisms) are added to the mixture under carefully controlled thermal and pH conditions, which effects the systematic breakdown of the large protein structures to lower-molecular-weight peptides and free amino acids.

3. Enzyme Inactivation:

The reaction mixture is then subjected to a quick hydrolysis stop step, either by changing pH or by heating, to stop further hydrolysis when the desired degree of hydrolysis and molecular weight distribution is achieved.

4. Purification and Filtration:

Liquid hydrolysate is fed into multi-stage industrial filtering and centrifuging systems to remove all of the insoluble fractions, producing a clear and purified peptide liquor.

5. Spray Drying and Packaging:

The refined liquid concentrate is then pumped to the industrial spray drying towers at an optimized inlet and outlet temperature to remove moisture content to get a stable, free-flowing Pea Protein Hydrolysate Powder, which is then packaged in bulk moisture barrier containers for distribution in the market.

1. Enhanced Solubility and Dispersion:

Complex protein structures are enzyme-degraded to smaller peptide chains, making them much more soluble in water and enabling the industrial formulation of higher protein content in ready-to-drink beverages and liquid systems without any protein clumping or settling.

2. Streamlined Gastrointestinal Uptake:

The ingredient's pre-digested low molecular weight peptides and free amino acids make it readily absorbable and available for amino acid needs in several nutrition and diet applications.

3. Clean-Label and Allergen-Free Profile:

The raw material comes from yellow field peas, which are naturally low in the common allergens soy, gluten, and dairy, and therefore suit well the demands of the clean label commercial market and the general dietary preferences.

4. Superior Functional Emulsification:

The residual globulin and albumin fractions offer superb surface-active properties and have a significant impact on the stability and mouthfeel of plant-based dairy alternatives and bakery products.

5. Process Adaptability and Thermal Stability:

The final Hydrolyzed Pea Protein Powder product has high resistance to high-temperature processing processes like UHT pasteurization and baking, which in turn will bring high structural integrity and batch-to-batch reliability in the process of large-scale production.