Application
Use Neutral Protease to convert protein-containing side streams from food, fish, meat, dairy, and agricultural processing into soluble hydrolysates, cleaner separations, and higher-value fractions.
Protein-rich side streams do not have to stay low-value solids, sludge or a disposal cost. We supply neutral protease in bulk to fish, meat, dairy and plant processors and to the renderers and ingredient makers who buy their by-products. Hydrolysis at near-neutral pH turns those streams into soluble peptides, recoverable fractions and slurries that pump, separate and dry.
The value is not simply protein breakdown. It is selective conversion under practical industrial conditions: improved solubility, reduced viscosity, cleaner phase separation, and a hydrolysate profile that can be tuned for downstream use.

Wholesale and bulk supply for by-product processors and ingredient makers. Request a quote with the side stream, the volume, the quantity and the delivery country. Prices and lead times are quoted per order.
Neutral Protease cleaves internal peptide bonds in proteins under mild to neutral pH conditions. In by-product valorization, that means dense protein matrices can be opened, partially solubilized, and transformed into fractions that are easier to separate, dry, blend, or formulate.
Typical objectives include:
Neutral Protease is relevant wherever protein is present but underutilized. Common processing streams include:
For mixed or variable raw materials, Neutral Protease Solutions recommends process trials using representative material across seasonal and supplier variation.
Many by-product streams are already processed near neutral pH, or they contain sensitive components that can be damaged by aggressive acid or alkaline treatment. Neutral Protease allows hydrolysis to be introduced without forcing the whole process into harsh chemical conditions.
This can help preserve:
Controlled hydrolysis converts insoluble or tightly bound proteins into soluble peptides. The hydrolysate can then be clarified, concentrated, spray dried, blended, or used as a liquid ingredient depending on the application.

Protein-rich slurries often become difficult to pump or mix as solids accumulate. Enzymatic treatment can reduce viscosity and improve flow behavior, making the stream easier to transfer, heat, and separate.
By opening protein matrices and reducing suspended protein load, Neutral Protease can support centrifugation, decanting, screening, and filtration. The result is often a cleaner split between soluble, lipid, mineral, and insoluble fractions.
Hydrolyzed streams can behave more predictably during concentration and drying when the degree of breakdown is controlled. This is important for powder flow, hygroscopicity, taste impact, and final specification management.
Neutral Protease performs best when the process is designed around substrate access, pH control, temperature control, and residence time. The enzyme is typically introduced after coarse size reduction and before final separation or concentration.
Key parameters to define during development:
A typical development approach is to begin with a conservative enzyme-to-substrate ratio, then adjust stepwise based on solubilization, viscosity reduction, separation behavior, and final hydrolysate quality. Exact dosage is application-specific and should be validated against the buyer’s raw material and process economics.
Neutral Protease can be integrated into batch, semi-continuous, or continuous operations. The best point of addition depends on whether the target is liquefaction, peptide generation, separation support, or final hydrolysate manufacture.

Common integration sequence:
Marine substrates can respond quickly to proteolysis and may require tight control to avoid excessive hydrolysis or sensory intensity. Neutral Protease is useful when the goal is to recover soluble peptide fractions while maintaining manageable flavor and odor characteristics.
These streams often contain connective tissue, fat, and variable particle size. Enzyme access improves with mechanical preparation and consistent heating. Neutral Protease can support protein recovery, liquefaction, and separation of protein-rich aqueous phases.
Dairy proteins require careful control of heat history, mineral balance, and downstream taste impact. Neutral Protease may be used to modify solubility, reduce processing challenges, or create peptide-containing fractions for further formulation.
Plant substrates may contain fiber, starch, oil, phenolics, and anti-nutritional factors. Neutral Protease is often used alongside physical preparation and, where appropriate, other process aids to release protein from complex matrices.
We supply neutral protease in bulk to by-product processors, renderers, ingredient makers and distributors. Tell us the end use and the destination market, and we tell you which documents are available for that grade. Pack sizes, prices and lead times are quoted per order.
Effective trials should connect enzyme performance to commercial outcomes. Recommended measurements include:
Avoid judging performance on hydrolysis alone. The best process window is the one that balances conversion, yield, sensory control, equipment fit, and ingredient value.
Distributors and resellers use the same form. Tell us your market, the pack size your customers buy and your expected volume per month.
Tell us about your raw material and what you want to sell from it. We reply with the grade that fits and a price for your quantity.
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Prices, pack sizes and lead times are quoted per order.



Tell us your application and target volume — our team replies with pricing, lead time, and the current specification sheet.
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