Detergent Compounding Agents TRIZ Cases
- Bacillales Beta-Glucanases for Alkaline Detergent Cleaning
Alkaline-stable Bacillales beta-glucanases target cereal-stain beta-glucans without cellulase activity in detergent cleaning.
- Family 44 Xyloglucanase Variants for Detergent Stability and Activity
Targeted amino acid substitutions improve family 44 xyloglucanase stability and activity in detergent compositions.
- Alpha-Amylase Variants for Low-Temperature Starch Stain Removal
Low-temperature laundry can reduce alpha-amylase activity; sequence variants improve starch-stain removal at temperatures as low as 15°C.
- Protease–Amylase Cleaning Agents for Low-Temperature Stain Removal
A modified Bacillus gibsonii protease with α-amylase targets stubborn, amylase-sensitive stains during low-temperature washing.
- Fabric Care Composition with Carbodiimide for Esterquat Stability
Carbodiimide reduces esterquat hydrolysis, fatty flakes, and residual odor.
- Targeted Alpha-Amylase Variants for Stability and Specific Activity
Localized amino acid substitutions improve alpha-amylase stability and specific activity for detergent and starch processing.
- Protease Variants with Targeted Substitutions for Storage Stability
Bacillus pumilus protease variants balance catalytic activity and storage stability in washing agents at 20°C to 40°C.
- Bacillus Gibsonii Protease Substitutions for Washing Catalytic Activity
M211 and P212 substitutions in Bacillus gibsonii protease improve catalytic activity for protein-soil removal at 40–60°C.
- Semiconductor Thinner Composition for EUV Photoresist EBR Profiles
This semiconductor substrate process uses four solvents to improve EUV photoresist removal, EBR profiles, and coating uniformity.
- Protease-Resistant Cellulase Variants for Durable Laundry Performance
Engineered cellulase variants resist protease degradation while retaining endoglucanase activity for cleaner, brighter textiles.