Biocide TRIZ Cases

A coated fertilizer granule uses a bacterial soil activator layer to keep microbes viable for extended storage without liquid-formulation cost or impact.

Metal salts paired with low-foaming surfactants suppress foam in acidic peracid sanitizers without sacrificing antimicrobial efficacy.

New aryl bipyridyloxy imidazolidine derivatives address insecticide resistance while delivering strong activity against Mythimna separata.

Combining pyridine carboxylate and PROTOX inhibitor herbicides at defined weight ratios improves weed control while limiting harm to crops.

Localized elastomeric bands diffuse insecticide and repellent at animal wound sites for extended myiasis control with less contamination.

Emulsion blends of essential oils, surfactants, and carriers boost pesticide activity, cut active ingredient loading, and improve safety.

Iterative selection of plant-associated microbes speeds development of beneficial plant traits without slow breeding or transgenic routes.

A buffered formic acid composition keeps strong antimicrobial action while reducing acidity, equipment corrosion, and pungent odor.

Quaternary ammonium salt grafting gives silicone rubber antibacterial action while preserving air permeability and mechanical strength in home textiles.

A chelated titanium alkoxide sol forms a transparent antimicrobial coating activated by visible light and suitable for low-temperature substrates.

A one-pot condensation, halogenation, and optional fluorination route improves conversion, yield, and purity for this pyrimidine intermediate.

A formula (I) compound combined with insecticidal or acaricidal actives improves pest control at lower dosage while reducing safety concerns.

A single organic blend of Bacillus, Rhizobium, and plant oils tackles pests, fungi, and soil nutrient loss while reducing chemical runoff.

Amphipathic peptide colloids encapsulate hydrophobic agents in stable aqueous particles, reducing agglomeration and improving uptake and bioavailability.

Combining a formula I fungicide with known fungicides broadens fungal control while improving safety and reducing application rates.

A three-herbicide mixture balances synergy and resistance management to improve weed control at lower dosages with broader protection.

Chemical genetic screening identified Cellulosin as a CesA catalytic-domain inhibitor that blocks plant growth while enabling resistant non-GMO crops.

A lignin-based isocycloseram formulation improves solubility at high concentration while preventing crystal growth during dilution.

A polyetheramine booster lifts low-level in-can preservative activity in water-based materials while supporting pH stability and rheology.

Milk-derived peptide compositions target antibiotic-resistant bacteria, fungi, and viruses while improving formulation stability and shelf-life.

Isolated microbes and consortia boost plant health and yield by improving nutrient use and resistance while reducing chemical inputs.

A tertiary alkanolamine and fungicide blend boosts wood resistance to fungal attack while addressing preservative safety and environmental concerns.

A soil treatment combining phytotoxic polyphenols with probiotic fungi suppresses weed seed germination while improving soil nutrition and reducing herbicide use.

A phosphate ester keeps water-insoluble pesticide concentrates stable in 10-34-0 fertilizer, preventing flocculation and nozzle plugging.

Continuous silver ion release in wear and surface layers keeps resilient flooring antiviral despite friction, reducing cleaning needs.

A dissolvable sodium chlorite tablet uses matrix-controlled release to suppress algae in water while limiting by-products and harm to aquatic organisms.

Triazinone Formula (I) compounds suppress PPO-resistant weeds, including key PPO mutants, while remaining tolerated by crops.

Adding inorganic salts to raise slurry conductivity above 5000 μS/cm keeps microcapsules dispersed, avoids sieve blockage, and preserves product homogeneity.

Controlled seed imbibition with osmotically active solution and beneficial microbes improves germination uniformity, seed vigor, and yield.

Metal or ammonium ascaroside salts improve formulation handling while supplying plant nutrients and strengthening pathogen resistance.

Optimized pyridate and 4-HPPD inhibitor ratios improve weed control while reducing incompatibility, application rates, and active compound input.

A C-terminal amide peptide uses surfactants and cosolvents to stay soluble in aqueous intravitreal formulations without low-pH ocular toxicity.

An exogenous cellulose-oil film helps crops cut water use, avoid sunburn, and improve fungal resistance and shelf life.

Split intein cyclization enables rapid production and screening of circular bacteriocins without native host proteins, improving stability and activity.

High-shear precipitation forms amorphous herbicide particles that curb Ostwald ripening, avoid milling, and keep spray suspensions stable.

A polymer-binder clear coating slowly releases antimicrobials to maintain wash-resistant surface protection while minimizing leaching.

Beneficial microbes boost crop yield by fixing nitrogen and solubilizing nutrients, reducing reliance on fertilizers and pesticides.

Chlorobenzene vapor replaces conventional fumigants to control insects and mites across life stages with lower environmental and health risks.

A flexible antimicrobial sleeve with closable flap access protects IV and central lines from pathogens while reducing biofilm and CLABSI risk.

Specific formula (I-2) and B-1 ratios create synergistic insecticidal, nematicidal, and acaricidal effects with good plant compatibility.

Novel benzamide derivatives restore control of resistant arthropod, mollusc, and nematode pests while reducing food losses and health risks.

A preservative blend keeps cosmetics homogeneous under heat and humidity while reducing separation, sedimentation, and skin irritation.

A surfactant and lignin sulfonate blend keeps dimpropyridaz granules dispersed in water, reducing dust, sedimentation, and nozzle clogging.

A coated granule preserves beneficial bacteria for 2-3 years at ambient storage while avoiding liquid transport and refrigeration burdens.

A sulfate-persulfate antiseptic matrix enables controlled active oxygen release to remove biofilms and infections without tissue damage.

A PMD formulation using glycoside, organic acid, and metal halide controls evaporation for longer insect repellency with lower irritancy.

By controlling polymer water contact angle below 80°, dispersed resin acids can inhibit gram-positive bacteria such as Staphylococcus aureus.

A chlorine-containing storage medium keeps an intermittent urinary catheter sterile and lubricated between uses, reducing waste, infection risk, and discomfort.

New pesticidal molecules target arthropods, mollusks, and nematodes to overcome resistance while improving control efficacy and development efficiency.

Zinc oxide and 1,2-hexanediol boost IPBC to control wet-state bacteria and preserve dry films without isothiazolinones or formaldehyde.