Biocide TRIZ Cases

Activating ferrate with bicarbonate, thiosulfate, or sulfite accelerates surface disinfection beyond conventional long-contact treatment.

Ascorbic acid, selected antioxidants, and an organic solvent form a legume treatment that enhances nodule activity and grain yield.

Mono- or co-cultures of Methylobacterium act as biofertilizers and biocontrol agents to improve soybean growth and yield without direct chemical intervention.

Polyamine-coated porous particles adsorb heavy metals, anions, and micropollutants while biocidal layers limit microbial growth.

Oil-continuous dispersions stabilize high loadings of ionic and chemically unstable herbicides, then dilute easily into water without high-shear mixing.

An invertible lid moves the cartridge between an isolated interior and exposed position for dry-air diffusion without VOCs or aerosols.

Combining pyridine carboxylate herbicides with cloquintocet in selected ratios preserves weed control while reducing crop phytotoxicity.

Epoxidized vegetable-oil esters move within polymer matrices to provide intrinsic surface activity against bacteria and viruses without added coatings.

Vacuum infiltration applies CTS-MSNs to soybean seeds and plants, combining antifungal chitosan with silica to suppress disease and increase micronutrients.

See how water-insoluble copper citrate limits leaching in paints while delivering broad antibacterial and antiviral activity.

Hydrogen peroxide and acid foam delivers antimicrobial cleaning for dental appliances in 60 seconds while protecting appliance materials.

Combining chitinase with an insecticide broadens pest control while reducing application rates and treatment complexity.

Controlled acyl donor, peroxide, and alkali ratios improve peracetate-ROS yield and consistency while lowering residuals in food processing.

Porphyrin photosensitizers paired with chelating agents generate reactive oxygen species under light to kill insects while minimizing plant harm.

Bacillus lipopeptide micelles concentrate and stabilize antibiotics to combat C. difficile without promoting spore growth.

Learn how Trichoderma atroviride SC1 controls fungal infections on stone fruit trees while reducing chemical use and non-target harm.

An adsorption structure holds repellent for controlled volatilization, while a protective cover prevents skin contact and limits waste.

Systematic substituent changes on an oxabicycloalkane core target weeds while preserving crop safety, including in transgenic plants.

A defined surfactant combination helps glufosinate droplets adhere to plant surfaces and expand contact area for stronger herbicidal action.

See how non-cationic moisturizers preserve cationic biocide availability while reducing skin drying in liquid cleaning compositions.

Adjuvants stabilize dihydropyrimidinone fungicide liquids while reducing surface tension for better leaf deposition and penetration.

Ethylene oxide-styrene oxide copolymer monoalkyl ethers inhibit crystal growth and Ostwald ripening to stabilize fungicides.

Butyl benzoate and emulsifiers keep cloquintocet-mexyl dissolved, limiting crystallization and hydrate formation during storage and dilution.

A garlic, cinnamon, and thyme oil blend is injected into citrus phloem with oleic acid and dimethyl sulfoxide to reduce CLas and clear clogs.

This delivery system uses non-aqueous solvents and organo polycarboxylates to keep micronutrients and phosphorus plant-available in nitrogen sources.

Modified pyridazine (thio)amide compounds target phytopathogenic fungi at low rates while limiting toxicity and resistance.

A crossed polymer tube uses elastic repelling force to hold sustained-release pheromones on trees without a metal wire.

Biopolymer microcapsules formed by complex coacervation protect cyclohexanediones and improve dispersion in aqueous and oil phases.

Plant-based C7 acyl groups support microbiostatic efficacy while reducing cytotoxicity and skin irritation in personal care formulations.

Systematic substituent changes broaden weed control while preserving herbicidal activity and improving crop selectivity.

Variable Formula I triazole structures, including stereoisomers, salts, and N-oxides, provide broad pesticidal activity against difficult-to-control invertebrate pests.

Specific nitrogen heterocyclic cytokinins promote plant growth while avoiding root inhibition and uneven growth linked to adenine hormones.

Systematic changes to heterocyclic rings and substituents improve control efficacy against harmful arthropods.

Replacing the traditional alkyl chain with polyalkylene glycol improves water solubility and antimicrobial efficacy at lower concentrations.

See how pyridine carboxylic acids stabilize peroxycarboxylic solutions for food-contact sanitizing without a rinse.

Toxic pesticide alternatives use carboxylic acid salts to control fungal growth on live plants while reducing environmental harm and resistance.

HDAC inhibitors increase embryogenic growth and germination in microspore cultures, helping overcome species-specific recalcitrance in DH production.

See how mixed suspended and dissolved fungicides improve oil formulation stability while combining multi-site and systemic activity.

Layered phenolic walls balance storage stability with low-friction breakage, enabling rapid release while improving adhesion and reducing polymer use.

Microbial consortia improve crop yield, nutrient solubility, pest resistance, and pesticide tolerance without increased water or synthetic chemicals.

Endoplasmic reticulum signal peptides target insecticidal peptides for proper folding, helping address yield, stability, and cost barriers in expression systems.

Double-stranded RNA targeting essential PepMV genes uses organosilicone transfer agents to suppress viral expression and reduce plant infection symptoms.

Combining isoxaflutole, pyroxasulfone, and an imidazolinone delivers synergistic weed control with less crop damage in soybean and cotton.

CMI decomposes in water, but an organic stabilizer helps preserve microbicidal action in an aqueous composition without emulsion shock.

Optimized auxin, gibberellin, and cytokinin ratios promote steadier plant growth across changing weather and soil conditions.

Generated from citric acid and hydrogen peroxide, percitric acid treatment fluids degrade polymers and limit mineral precipitates in oil and gas operations.

Fusaricidin and tridecaptin from Paenibacillus strains provide biological control of plant pathogens while supporting plant vigor and crop yield.

A single sodium hypochlorite step combines oxidation and halogenation to simplify anthranilic diamide synthesis and improve selectivity.

Combining herbicide A with 2,4-D delivers synergistic post-emergent control across weeds while reducing application rates and maintaining crop compatibility.

Resistance development limits traditional bactericides; this compound class targets plant pathogens such as Mycosphaerella melonis.