Biocide TRIZ Cases

Heterocycle amino acid ligands keep iron complexes stable under UV sterilization and alkaline conditions, improving plant iron uptake.

Combining L-glufosinate with selected partner herbicides improves persistence, broadens weed control, and reduces repeat applications.

Formula-defined antimicrobial compounds selectively inhibit pathogenic microbes while minimizing commensal disruption, resistance, and toxicity.

An auxin-dominant mix of auxin, gibberellin, and cytokinin improves seedling vigor and yield despite weather and soil variability.

Using Dodonaea extract as a gelling and binding agent improves mycorrhizal formulation stability, shelf-life, and plant growth efficacy.

Applying zerumbone during rice cultivation reduces heat-induced chalkiness and increases the share of high-quality brown rice grains.

Combining L-glufosinate with ACCase inhibitor herbicides improves control of resistant weedy Glycine max while limiting crop phytotoxicity.

A surfactant-based thymol and citric acid microemulsion improves aqueous surface disinfection while avoiding harsher synthetic chemicals.

A silicate surface layer controls antibacterial metal ion release in thermoplastics, preserving appearance and long-term effectiveness.

A linear aliphatic polyester membrane enables sustained carboxylic acid pheromone release while reducing sealing defects, leakage, and plastic waste.

Plant-derived antimicrobial peptides suppress citrus greening and related pathogens while remaining safe for plant tissues and mammalian cells.

Walnut green peel fermentation extract conditions block matrix cotton to strengthen rice roots and curb bakanae disease for mechanized transplanting.

A doubly reentrant surface geometry repels and suspends liquids without hydrophobic coatings, reducing biofouling and viral contamination.

Optimized tiafenacil combinations improve weed control while limiting crop damage, lowering dose, and sustaining herbicidal effect.

Patterned electroless copper on nonconductive surfaces delivers strong antimicrobial action without sputtering, sintering, or static issues.

Steric stabilizers and rheomodifiers keep built-in adjuvant insecticide concentrates stable, low-viscosity, and easy to dilute accurately.

Alternating predator territorial and alarm pheromones deter rodents without toxic baits while reducing habituation and maintenance needs.

Patterned catalytic ink enables electroless copper plating on nonconductive surfaces, adding antimicrobial action without opaque or conductive coatings.

A non-bipyridyl salt herbicide uses photo-oxidation under sunlight and air to match paraquat-like weed control with lower toxicity.

A plant-oil and resin emulsion controls aphids, thrips, and whiteflies while reducing environmental persistence and non-target harm.

A cationic polymer coating forms a removable self-sanitizing film that disinfects varied surfaces without toxic germicidal chemicals.

A flexible collapsible chemical container cuts UAV payload weight, extends flight time, and reduces filling and handling risks.

Multiple stabilizing agents keep high-ratio percarboxylic acid compositions stable while preserving biocidal efficacy in oilfield water treatment.

N-substituted pyrrolidones improve agrochemical uptake in plants and pests while preserving formulation stability and plant compatibility.

Applying AVG 2 to 7 weeks after full bloom increases almond nutmeat yield while avoiding kernel doubling that lowers crop value.

Using glycofurol in a topical isoxazoline carrier helps prevent run-off, crystallization, and skin irritation while maintaining long-acting flea and tick control.

Mild synthesis of 3-N-cyclopropylmethyl-2-fluorobenzamide improves yield while avoiding low temperatures and heavy organic base use.

A spray-applied PCL/PVP multilayer coating improves adhesion on metal, plastic, and fabric while remaining removable, waterproof, and antibacterial.

Fluorine-substituted isoxazoline derivatives extend half-life to provide months-long ectoparasite protection with fewer treatments.

Heat-stable 2,4-DHAP or xanthoxyline replaces oxidation-prone farnesyl acetone to keep tick repellency on bedding and carpets for years.

A polyurea-shell microcapsule stabilizes piroctone and improves scalp deposition and retention for more effective antidandruff hair care.

A nicotinamide herbicide composition improves weed control at lower treatment doses while maintaining wheat and corn selectivity.

Using induced resistance instead of repeated trunk injection, Bacillus subtilis JCK-1398 helps control pine wilt over wide areas at lower cost.

Defined phagostimulants and kairomones attract male, female, and gravid fruit flies for non-toxic, long-lasting crop pest control.

A dual-emulsifier blend stabilizes natural oil pesticide emulsions in water while improving homogeneity, pH tolerance, and low-temperature flow.

Azabenzodioxole derivatives improve plant protection by boosting fungicidal activity against phytopathogenic fungal infestation.

A new 4-pyridinyl formamide herbicide class tackles resistant weeds while maintaining strong selectivity and crop safety in wheat and rice.

A non-aqueous liquid coating keeps urease inhibitors stable and evenly distributed on fertilizer granules to reduce nitrogen loss and clogging.

A multifunctional Lactobacillus pentosus strain suppresses pathogens, inhibits melanin production, and promotes collagen for feed and cosmetic use.

Depolymerized lignin oligophenolics trigger plant immunity against pests and pathogens while reducing fungicide residues and environmental harm.

Secondary metabolites from Pseudomonas protegens inhibit Burkholderia glumae, improving rice seed germination and reducing panicle blight symptoms.

Modified copolymer, filler, and pressure-stabilized foaming help PBAT foam suppress pore bacteria while preserving material integrity.

A drying oil and clay suspension forms a breathable, rainfast crop coating that improves active retention while reducing leaching and photodegradation.

Engineered root-colonizing microbes fix atmospheric nitrogen near cereal roots, cutting fertilizer loss, runoff, and sidedressing needs.

Using alkyl polyglycosides instead of alkyl ether sulfates keeps herbicide formulations stable while lowering foam and viscosity.

A DCOI preservative with resin or wax improves fungal and termite resistance while limiting leachability and preserving wood properties.

A eutectic solvent gel resists drying and broadens antimicrobial delivery, helping wounds stay moist longer with fewer reapplications.

Special plant expression cassettes enable properly folded insecticidal peptides with higher yield and stronger control of Bt-resistant insects.

Natural rubber binder in an aqueous agrochemical suspension helps keep water-soluble actives on plant surfaces after rainfall while preserving activity.

Using a molecular mobility enhancer, this vacuum sterilization case improves peroxy acid vapor transport into diffusion-restricted medical devices.