SOUPS, SAUCES, DRESSINGS & CONDIMENTS A TECHNICAL GUIDE TO FORMULATION, PROCESSING & SCALE-UP QuantumX – Advanced Mixing & Processing Systems

Going Natural: ELIMINATING PRESERVATIVES, COLORS & FLAVORINGS Engineering Products That Rely on Their Natural Integrity The Market Has Shifted. Consumers are no longer asking “what does it taste like?” They’re asking: • What’s in it? • Why is it there? • Does it need to be This has forced manufacturers to rethink formulation at a fundamental level.

Removing preservatives, artificial colors, and flavorings doesn’t just simplify a label—it complicates the process. Preservatives traditionally: • Inhibit microbial growth • Extend shelf life • Stabilize sensitive formulations Without them: • Shelf life becomes dependent on process control • Oxygen exposure becomes critical • Microbial risk increases This shifts responsibility from chemistry... to engineering. Artificial additives are often used to: • Standardize appearance across batches • Mask ingredient variability • Enhance perceived flavor Without them: • Natural variation becomes visible...

FROM ADDITIVES TO PROCESS ENGINEERING Clean label manufacturing requires a new mindset: You are no longer formulating around the process. You are engineering the process around the formulation. Vacuum is one of the most powerful—and underutilized—tools in cleanlabel production.Oxygen Removal = Flavor ProtectionOxygen is responsible for: • Oxidation of oils • Flavor degradation • Color changes (especially in natural products) Under vacuum: • Oxygen is removed during mixing • Sensitive compounds are preserved • Shelf life is naturally extended This allows manufacturers to reduce or elimi nate antioxidants...

Particle Size Reduction & Emulsion Enhancement Functional Activation of Natural Ingredients Shelf Life Extension Through Structure, Not Chemistry • Reduces droplet size • Improves dispersion of natural ingredients • Enhances mouthfeel • Increased emulsion stability • Reduced need for synthetic emulsifiers • More uniform product appearance • Proteins must unfold to stabilize emulsions • Starches must hydrate fully to build viscosity • Fibers must disperse evenly • Accelerate these transformations • Improve functional performance • Reduce reliance on modified ingredients • Emulsion stability •...

PerMix systems are designed to replace additive dependency with process control. Vacuum Mixing SystemsPowder Induction Systems • Remove oxygen during processing • Protect flavor, color, and shelf life • Improve emulsion stability • Ensure complete hydration of natural gums and proteins • Eliminate clumping without chemical aids Inline High Shear & Pressure Systems Precision Thermal Control • Reduce droplet size • Enhance dispersion of natural ingredients • Improve texture and mouthfeel Protect heat-sensitive natural compounds Maintain flavor integrity When properly engineered: • Color comes from...

UNDERSTANDING THE PRODUCT:THESE ARE NOT SIMPLE FLUIDS S5o■01: At a glance, these products look like liquids. In reality, they behave more like structured systems under stress. These products do not obey simple fluid mechanics. Their viscosity changes depending on how they are handled: • Under low shear (in a tank), they may appear thick and resistant to movement • Under high shear (during mixing or pumping), they suddenly become fluid and mobile This dual personality creates real engineering challenges: • A mixer that works at startup may struggle once viscosity changes • Pump selection becomes...

Air Entrapment: The Invisible Enemy • Powder addition • High-speed mixing • Product recirculation • Oxidation (color and flavor degradation) • Foam formation • Inconsistent filling weights QuantumX integrates vacuum mixing and deaeration systems to remove air at the source— because once it's trapped, it's difficult to eliminate downstream. Sensitivity of IngredientsHeat is necessary—but also dangerous. • Proteins can denature • Texture loss • Flavor degradation • Reduced product functionality • Even heat distribution • Controlled ramp rates • Protection of sensitive ingr

WHERE PROCESS SUCCESS IS DECIDED EARLY A formulation is only as good as its ability to scale. This is where theory meets reality—and often loses. Emulsion Development: Droplet Size is Everything Rheology Mapping: Understanding How the Product Moves • Smaller droplets = greater stability • Larger droplets = faster separation But achieving smaller droplets requires: • Higher shear energy • Controlled mixing time Rheology defines how a product flows under different conditions. • Measuring viscosity across a range of shear rates • Understanding how the product behaves during mixing, pumping, and...

QuantumX powder induction systems: Powders do not naturally disperse When poorly hydrated: • Introduce powders directly into high-energy zones • Ensure immediate wetting • Eliminate agglomeration at the source • Dry cores remain trapped inside wet shells ("fish-eyes") • Viscosity develops unevenly • Mixing times increase dramatically • A 5L lab mixer does not behave like a 2,000L production system • Shear distribution changes • Heat transfer becomes uneven QuantumX designs systems based on: • Energy input per unit volume • Flow pattern replication • Matching shear environments This ensures that...

CONTROL EVERY VARIABLE Precision Dosing: The Foundation of Consistency Every batch begins with ingredient accuracy.Small deviations in: • Oil content • Water ratio Can lead to: • Texture variation • Flavor inconsistency • Failed batches QuantumX gain-in-weight systems provide: • Real-time measurement • High accuracy dosing • Repeatable batch formulation Dust & Safety ControlPowder handling introduces: • Explosion risks (ATEX environments) • Inhalation hazards for operators • Product loss through airborne particles QuantumX enclosed systems: • Contain dust at the source • Improve plant safety...