Biocide TRIZ Cases

Ant-soaked sugar water creates a bee-averse scent that keeps bees away from pesticide bait while preserving ant and mosquito control.

A sensor, indicator, and LED flame effect replace manual repellant checks and unsafe flame lighting while keeping vapor dispersal active.

Inert plasma and free-radical grafting create biocompatible polymer brush coatings that block biofilms without promoting resistance.

N-alkylated pyridinium phthalocyanines improve glove-bound antimicrobial activity by resisting aggregation, leaching, and radical degradation.

Using tea leaf extract in ant bait shortens action time while reducing poisoning risk and environmental pollution from conventional pesticides.

Using 4,5-dimethylthiazole in rice seed soaking, root drenching, and hydroponics boosts root growth, chlorophyll, biomass, and nitrogen uptake.

Combining natamycin with selected insecticides boosts antifungal action, suppresses spores and hyphae, and lowers dose pressure in crops.

High-loading silica aerogels enable uniform biocide encapsulation and sustained anti-fouling release with lower environmental impact.

Adjusted wood vinegar suppresses algae blooms and reduces landfill odors by matching pH and composition to water or decay conditions.

Ultrasound-formed triclinic zinc molybdate delivers broad antimicrobial protection without sulfur inactivation or nanoparticle risks.

A two-step seed sanitizing and drying process cuts pathogens and moisture while keeping core temperature below viability-damaging levels.

A condensed heterocyclic insecticide tackles resistant pests while lowering toxicity to mammals, non-target organisms, and the environment.

Organic carrier iodine formulations keep high molecular iodine stable while reducing skin staining, irritation, and toxicity.

Alkoxypyrazole compounds slow ammonium-to-nitrate conversion, improving fertilizer efficiency while reducing nitrogen leakage and pollution.

Selective allosteric compounds target GluN1/2A/2B NMDA receptors to treat hypofunction while limiting broad receptor activation.

Using MCT or light liquid paraffin as the vehicle keeps atropine stable longer and reduces eye irritation in topical myopia treatment.

Combining trap imaging, field photos, and temperature-humidity data, this case improves pest detection and targets agrochemical timing.

Low-volatility monoterpenoid esters improve seed-treatment persistence while releasing insecticidal monomers in insects for lasting pest control.

Metal complexes with bidentate or tridentate ligands raise CO2 near rubisco, improving photosynthetic efficiency and crop growth.

A mixed nonionic-anionic surfactant and solvent system keeps phenylpyridazine and triketone herbicides stable in one formulation.

Plant-derived zingerol resins balance biodegradability, tunable mechanics, and antibacterial function for 3D-printed implants.

Compound K67 suppresses M. tuberculosis while boosting macrophage autophagy and reducing oxidative stress and inflammatory damage.

A fine aerosol combining alcohol, quaternary ammonium, and polyhexanide disinfects enclosed spaces while minimizing residue and broadening pathogen coverage.

New pesticidal molecule compositions use modified chemical structures to control resistant arthropods, mollusks, and nematodes.

An alkaline aqueous Gelidiaceae extract suppresses phytopathogenic nematodes, reducing root galls and lesions without chemical side-effects.

Sulfur-containing fused ring compounds expand pest range and improve insecticidal activity at low concentrations through targeted heterocycle modification.

A chlorothalonil-tebuconazole-picoxystrobin granule balances resistance control with manufacturability and thermal storage stability.

Alkoxylated alkanols boost antimicrobial activity with an over-additive effect, enabling lower disinfectant concentrations with reduced health risks.

A defined ABA-cytokinin ratio improves cereal growth, drought tolerance, biomass, and yield while simplifying combined regulator use.

Sexually transmitted sterilizing nudiviruses suppress resistant Heliothine pests through infected eggs, reducing crop damage and pesticide use.

A carboxylic acid dispersant and Formula I compound inhibit bacteria, yeast, and mold in pre-paint formulations without biocides.

Hairpin-like RNA inserts mimic wild-type viral structures to keep therapeutic agents moving and active in plants for months to years.

Novel organic compounds and salt-based miticides target resistant mites and can be used alone or with other miticides for effective control.

Metal ions, plant extracts, and related compounds trigger cyst nematode hatching without host plants, causing larvae to starve in soil.

A bisbiguanide and non-ionic surfactant blend disinfects effectively while reducing film residue, streaking, and skin irritation.

Using benzyl alcohol to extract Linum bioactives, this composition controls broad pest life cycles while lowering residues and toxicity.

Surfactants and structuring agents keep algae particles suspended for uniform drip irrigation, improving crop nutrition and protection.

Hydrogen nanobubbles improve dissolved H2 stability in irrigation water, helping hemp crops raise CBD concentration by 20-40%.

Two heating zones keep pyrethroid and repellent agents at their own optimal temperatures, improving combined mosquito killing and repelling.

Natural pyrokinin neuropeptides selectively kill crop pests while limiting pollinator harm and easing regulatory complexity.

Sticky material on the trap roof or walls captures insects and arachnids without floor contact, avoiding repellent escape and chemical risks.

Water-borne silanes and organo-siloxanes help coated roofing grit keep hydrophobicity and adhesion under weathering and mechanical stress.

Combining V-ATPase inhibition with protonophore action keeps antibacterial activity effective across acidic, neutral, and alkaline conditions.

Targets COVID-19 lung dysfunction by lowering hyaluronan with combination therapy and pairing it with non-invasive respiratory support.

Using benzyl alcohol to extract plant bioactives, this biopesticide improves broad-spectrum pest control while lowering toxicity and residues.

Light-activated photothermal agents in air filters destroy trapped bioaerosols, limiting secondary air pollution and frequent maintenance.

Mutant CESA over-expression helps plants withstand cellulose synthase-inhibiting herbicides while maintaining growth under exposure.

Novel cyclohexanedione compounds use tailored phenyl and heteroaryl substituents to improve herbicidal activity and weed control efficacy.

Porous carriers hold high hydrogen peroxide content and release it at low temperature, enabling compact sterilizers without complex vaporization.