protein dry fractionation

With the booming “plant-based” diet culture in North America, Soy Protein Isolate (SPI) has become a critical raw material for plant-based meats, energy bars, and sports nutrition products. A prominent large-scale food processing enterprise in the United States sought to enhance the sensory texture of their products and improve mixing uniformity in bakery goods by […]

After intense exercise, muscle fibers experience microscopic tears, and the muscle protein synthesis window opens. Supplementing with high-quality protein at this time can significantly accelerate muscle repair, reduce delayed-onset muscle soreness (DOMS), and improve performance in subsequent training sessions. Soy Protein Isolate (SPI), as a plant-based complete protein, stands out with its high purity (protein

With the global rise of plant-based diets, plant proteins have evolved from niche supplements to the core of the food industry. In this movement, soy protein and pea protein stand as the two dominant “titans.” However, efficiently extracting high-purity, functional protein from raw beans remains a significant manufacturing challenge. Pea Protein vs. Soy Protein: A

Project Profile 1. Project Background Plant-based proteins, particularly soy protein isolate, have seen explosive demand globally due to the booming meat-alternative and functional food markets. India, as a massive agricultural hub and a rapidly growing consumer market, has become a strategic base for soy protein processing. In this project, a leading Indian food ingredient manufacturer

Pea protein isolate (PPI) is derived from yellow field peas. It is now a leading plant-based protein ingredient. This is driven by strong consumer demand for sustainable, allergen-friendly, and non-GMO alternatives to animal and soy proteins. PPI contains over 80-90% protein and a balanced amino acid profile rich in lysine. Consequently, it is widely used

The global plant-based protein market is undergoing a seismic shift. As consumers move beyond simple meat alternatives into functional beverages, clean-label snacks, and high-performance sports nutrition, the demand for pea protein has skyrocketed. For manufacturers, this gold rush presents a fundamental technical crossroad: How should you extract the protein? Traditionally, the industry relied heavily on

Soy Protein Isolate (SPI) is currently the highest-purity and most widely used functional plant protein, with a protein content typically ≥90%. It is extensively applied in meat products, dairy alternatives, nutrition bars, sports foods, and plant-based beverages. However, in industrial production, SPI yield (also called recovery) has long stagnated at 75%–88%, with 10%–25% of protein

With the continuous increase in consumer demand for high-quality food, traditional soybean processing methods are facing new challenges and opportunities. As a major global source of plant-based protein, soybeans are processed into a wide variety of products. These include soy milk, tofu, soybean flour, protein concentrates, and plant-based meat. In deep processing of soybeans, the

Project Background With the increasing demand for high-quality powders in the food industry, a large Russian food raw material supplier aimed to process potato starch into ultrafine powder. This transformation was designed to improve solubility, dispersibility, and mouthfeel in pastries, confectionery, and frozen foods. The client’s core goal was to achieve high-efficiency ultrafine potato starch

Q: What is Soy Protein Isolate (SPI)? A: Soy Protein Isolate (SPI) is a high-purity protein extracted from soybeans, typically containing more than 90% protein. It is an important plant-based protein ingredient widely used in food and beverages, nutritional supplements, meal replacement powders, and meat alternatives. SPI has high nutritional value, excellent emulsification properties, and