Functional Protein and Rice Starch Extraction Methods

As part of our strategic collaborations NineBlocks works alongside a specialized agro-industry partner that has pioneered a patented method to extract Functional Meat Protein, Functional Feather Keratin, and Rice Starch.

This innovative process adeptly manipulates intricate structures to isolate and refine protein, playing a crucial role in steering toward a sustainable, nutrition-centric future and achieves an impressive 85% to 100% digestibility.

Functional Feather Keratin

Patented method extracts high-grade flour meal from feathers in <90 seconds creating, Functional Feather Keratin (FFK) with >85% digestibility
Enzymatic treatment boosts FFK's solubility to 100%
FFK properties utilized in cosmetics, pharmaceuticals, textiles, agriculture

Functional Meat Protein

Functional Meat Protein (FMP) extraction: Utilizes advanced techniques to extract low molecular oligopeptide and amino acid fractions from processed animal meat.
Enzymatic treatment of poultry leftovers: Ensures 100% digestibility.
FMP benefits: Offers easy digestibility and rich nutrients suitable for clinical, medical nutrition, various foods, and cosmetic

Rice Starch Extraction

Rice starch extraction: the developed method meets global demand for rice starch across industries.
Starch isolation combines steeping in caustic solution with wet milling.
Wet process involves conditioning raw material to remove impurities.
Produces rice native starch, waxy starch, and highly nutrient protein.
Targeted sectors include bakery, confectionery, dairy, sauces, and baby foods

Our Deliverables

Streamlined process that drastically reduces extraction time, offering a wide array of services focused on building successful, efficient, and sustainable protein extraction plants.
Pre-contract to promote products globally, helping clients become key players in the global protein sector.
Comprehensive services encompass technical support, scientific expertise, engineering assistance, feasibility analysis, business modelling, and risk mitigation strategies.