Organic Detergent Compounding Agents TRIZ Cases

Bacterial spores embedded in a water-soluble detergent film stay stable in storage, then germinate in wash water to remove fabric malodor at low temperatures.

A PEG-PPG graft copolymer with vinyl ester sidechains improves biodegradability while maintaining cleaning and anti-redeposition performance.

Thioalcohols dissolve aldehyde deposits and inhibit glutaraldehyde polymerization, restoring injectivity in clogged conduits and reservoirs.

Separating perfume from enzyme and Bacillus spore particles prevents additive discoloration while preserving cleaning and malodor control.

Dormant bacterial spores in a water-soluble film stay stable in storage, then help remove fabric malodor in low-temperature, short wash cycles.

A two-buffer peroxide microemulsion holds pH at 2.0-2.5 in hard water, improving cleaning shelf life while limiting corrosiveness.

Iron-based bleach catalysts plus high-UVA drying boost curry stain removal on fabric while preserving overall laundry cleaning performance.

A nitrogen-containing carboxylic acid polymer improves soil anti-redeposition in low-water laundry detergents at lower dosage.

A xanthan gum hydrogel delivers chelating cleaners on stone surfaces with controlled release, low toxicity, easy removal, and less rinsing.

PESA and citrate co-builders improve dish cleaning and shine, inhibit limescale and soil redeposition, and help prevent silver corrosion.

Natural cleaning agents are blended into one stable formula that cleans glass, screens, and stainless steel without residue or harsh chemicals.

A fluorine-ketone aprotic solvent mix removes wafer polymers quickly while protecting Ni, Cu, and Al layers and maintaining phase stability.

Specific anionic polyesters improve soil release and whiteness maintenance while enabling better biodegradability in laundry detergents.

A glycolether and C7-C15 water-soluble amine purge cleaner improves paint circuit cleaning while lowering VOC content and COD in wastewater.

A PEG-based water-soluble polymer helps high-LAS detergent particles stay free-flowing at lower moisture, reducing caking and drying energy.

A polyester soil release polymer keeps high-active LAS detergent granules free-flowing and stable while limiting fillers and water content.

Solid softener particles enable single-location dosing with detergent while avoiding precipitates that can reduce wash stability and cleaning performance.

Ethoxylated polyethyleneimine keeps high-active LAS detergent granules free-flowing and storage-stable without adding bulk filler ingredients.

A graft polymer with surfactants helps detergents remove clay soil, keep it suspended in wash liquor, and maintain fabric whiteness.

A solid and a PVA-polyol gel phase keep single-dose cleaners glossy and stable in storage while enabling fast ingredient release.

A graft polymer in laundry detergent prevents dye transfer in mixed-color washing while improving biodegradability and avoiding separate wash loads.

One-step graft polymerization adds lactone-based backbones to improve detergent biodegradability without losing washing efficiency.

A lignin-surfactant processing aid enables aqueous release application with high active content while reducing residues and health risks.

Amines combined with oxalic and phosphonic acids boost magnetite solubility, removing stainless-steel rouge without strong acids.

One-step esteramine synthesis enables biodegradable detergent additives that maintain soil removal and whiteness with lower CO2 footprint.

A polymer-surfactant detergent limits hydrophobic soil and biological stain adhesion to fabrics, improving malodor control and freshness.