Sugar Products TRIZ Cases

See how a rod with a central hole filled with adhesive sugar creates a stable connection to pre

See how embedding high potency sweetener molecules in sugar granules solves uneven dispersion,

See how embedding high potency sweeteners within sugar granules solves dispersion uniformity, w

This case uses acidic pH, controlled heat, and drying to limit geosmin, color darkening, and sucrose degradation.

Segmentation and ion exchange remove aluminum, calcium, iron, and sulfur impurities from sugar streams to reduce enzyme requirements.

Granulation of psicose with specific particle ratios reduces hygroscopicity, preventing re-separation while maintaining uniform sweetness quality.

Continuous mesh belt processing separates dissolved sugar from impurities, replacing inefficient batch sieving with automated filtration.

Surfactant extractant reduces surface tension to release sugar from plant fibers, resolving low extraction efficiency in conventional milling.

Corn syrup solids replace toxic diesel in air drilling misting fluids, maintaining wellbore stability while eliminating environmental hazards.

Biological degradation removes fermentation inhibitors from biomass sugar liquid, avoiding costly energy-intensive evaporation processes.

Chromatography separates low-invert sucrose from run-off syrups, eliminating energy-intensive evaporative crystallization.

A squat cylindrical reaction vessel prevents extraction material compression during maturation, maintaining continuous flow through the dense syrup.

Acetoin prevents sucrose oxidation in powdery plant foods, suppressing burnt odor and preserving sweet flavor.

A date sugar concentrate gummy formulation combines hydrophilic long-chain polymers to create a stable, chewable dosage structure.

A convection current vacuum freeze drying process preserves sugarcane juice nutrients and fragrance while extracting high-efficiency powder.

An aqueous bonding composition uses polyvinyl alcohol and ammonium salts to join wood substrates at low temperatures.

Crystalline carbohydrate blends replace amorphous particles to eliminate hygroscopicity, reduce stickiness, and lower calorie content in food products.

Refined sugar compositions reduce viscosity and impurities to prevent catalyst fouling during alternative fuel production.

Merging comminution and mixing zones reduces surface area, retaining process heat to prevent icing sugar clumping.

Carbohydrate solids in water-based drilling fluids resist clay hydration via osmotic pressure, maintaining wellbore stability without oil-based lubricants.

Vacuum crystallization at 60-75°C prevents thermal darkening while maintaining saturation for uniform crystal growth.