Insights
Is dehulling necessary for high-yield protein enrichment?
Dehulling is generally beneficial but not universally necessary for high-yield protein enrichment—it depends on the…
How to Reduce Impurities in Bean Processing
Strict raw material screening Reject moldy, damaged, shriveled and worm-eaten beans; remove large debris, stones…
How does air classification work for protein enrichment?
Air classification is a dry fractionation technology that enriches protein by physically separating protein particles…
How to Clean Lentils Before Ultra-Fine Grinding
Standard cleaning procedures ensure impurity removal, moisture control and raw material quality, avoiding agglomeration, equipment…
Why is Pre-treatment Important for Pulse Protein Fractionation
Pre-treatment is an essential upstream core procedure in pulse protein fractionation, laying a solid foundation…
How does fiber separation impact the purity of plant-based protein?
Fiber separation is the critical step in upgrading plant-based protein from whole meals (typically 20–40%…
What is the Best Method for Precision Dehulling of Mung Beans?
For precision dehulling of mung beans (Vigna radiata) with 98–99% efficiency, minimal cotyledon damage (<3%),…
How to Remove Hulls from Peas Efficiently for Protein Extraction
For efficient pea hull removal optimized for protein extraction, the dry dehulling process with controlled…
