Biocide TRIZ Cases

See how a porous woven polyester enclosure prevents marine biofouling by altering water chemist

See how cellulose fibers with micro-fine insect-repelling dispersions reduce chemical exposure

See how emulsifying coniferous resin acid and impregnating fibers embeds antimicrobial agents t

See how chitosan biopolymer finishing on textile masks reduces bacterial and viral contaminatio

See how QAS-binder complexes achieve over 98% antimicrobial activity after 30 washes by prevent

See how a graphene-polysaccharide binder replaces fossil-derived polymers in textile coatings,

See how open-celled phenolic foam with entrained antimicrobial agents kills airborne microbes t

See how a chemically resistant glove with attached disinfecting material protects skin from har

See how mechanical separation removes solvent from microcapsule suspensions to produce free-flo

See how thiabendazole and pyrithione replace silver-based agents in foam cushions to maintain a

See how a microprocessor-controlled sensor and generator network maintains target ClO2 concentr

See how a microfluidic antimicrobial generator uses real-time ClO2 sensors and machine learning

See how vapour-deposited metal coatings release ions to inhibit pathogens while maintaining sub

See how hydrophobic viscoelastic foam with antimicrobial agents enables household washing and d

See how a nonionic modified siloxane additive applied to hydroentangled nonwoven fabric prevent

See how low-photocatalytic titanium dioxide with adsorbed metal ions maintains antimicrobial ef

See how a composite antiviral formulation with poly(iminoimidocarbonyl) hydrochloride and bindi

See how algae-derived sulfated polysaccharides replace metallic antimicrobials in flexible foam

See how co-hydrolysate organosilicon compounds with controlled alcohol content prevent gelation

See how nanoscale titanium and metal alloy clusters deposited by sputtering generate free radic

See how boric acid and potassium sorbate replace silver ions in antibacterial textiles, elimina

See how heteropolyoxometalate compounds activate oxygen to form reactive species, maintaining a

See how mineral and iron oxide particles on non-woven fabric collapse viral droplets, immobiliz

See how zinc-enriched wash solutions reverse thermodynamic loss, increasing zinc content in ant

See how volatile by-products from Muscodor species inhibit drug-resistant bacteria and fungi wi

See how a flexible, self-standing disinfecting structure with water-soluble inserts enables por

Volatile C2-C5 acids, alcohols, esters, and aldehydes mimic Muscodor antimicrobial action while avoiding toxic aromatic by-products.

See how radiation-induced grafting of METAC monomers creates covalent bonds on substrates, achi

An acyl lactylate and glycol blend inhibits microbial growth in water-rich personal care products while avoiding odor, pH, and solubility limits.

See how polycarboxylic acid surface coating prevents copper particle aggregation in non-aqueous

See how a beverage holder integrates plant-based repellent coatings to deter insects without to

See how MgO/APP aqueous dispersions with controlled particle size provide durable anti-bacteria

See how a porous substrate impregnated with silver or copper ions releases antimicrobials durin

See how a nonwoven substrate with grafted copolymer and test microorganisms verifies disinfecti

See how physically incorporated metal ions and controlled pore size replace toxic leaching chem

See how a composite photocatalytic material integrating titanium dioxide, zinc oxide, and activ

See how alkali treatment activates inherent antimicrobial properties in base fibers, achieving

See how daylight-rechargeable nanofibrous membranes with photosensitizers store reactive oxygen

See how a color-changing indicator composition dispenser provides visual feedback on disinfecti

See how an amphocarboxylate boosting agent enhances antimicrobial efficacy at low concentration

See how a 3D porous nano-binder network embeds antimicrobial agents to achieve 99% efficacy whi

See how co-crystalline syndiotactic polystyrene yarns enable controlled release of unstable com

See how a zirconium phosphate carrier with silver ions maintains resin transparency while provi

See how surface-bonded photosensitizers on textile fibers achieve durable antimicrobial action

See how a closed-loop system uses sensors, controllers, and liquid precursors to generate and m

See how acetate salt humectants control water activity below 0.9 to kill microbes in moist poly

See how hybrid metal nanoparticle-amyloid fibrils trap and inactivate enveloped viruses in wate

Combining 2,4-DC or 2,5-DC with a second herbicide improves selective weed control while minimizing crop injury and resistance pressure.

A chlorine-chlorine dioxide blend at alkaline pH removes plumbing biofilms while limiting corrosion and toxic fume release.

Embedded metal-oxide microparticles keep packaging surfaces antimicrobial without migrating into the product, limiting contamination and biofilms.

A fusion of antiviral motif and mussel adhesive protein creates surface coatings that resist detachment and retain antiviral activity during use and storage.

Killed Enterococcus faecalis suppresses C. difficile growth, enabling disinfectants and medical preparations that help curb CDI spread.

A seed or plant treatment combining LCOs with Streptomyces lydicus boosts nitrogen fixation, root growth, biomass, and yield while reducing fertilizer use.

Visible-light-activated chitosan conjugates improve delivery to fungal cell walls and suppress post-harvest pathogens with lower environmental impact.

GST inhibition delays pest detoxification of chlorantraniliprole and indoxacarb, restoring sensitivity in resistant strains.

A DEET ointment with shea butter, petrolatum, and beeswax extends mosquito protection to 8-10 hours while staying affordable and acceptable.

Specific surfactant and rheology modifier combinations keep concentrated metribuzin-diflufenican suspensions stable by preventing crystallization, caking, and settling.

Acyl chloride and amino compounds form polyamide microcapsules that resist aggressive surfactant bases while sustaining perfume release.

Foliar spraying of Zn-TMPyP and TMPyP kills adventitious plants selectively, preserves crops, and limits persistence through photodegradation.

A synergistic isoxaflutole mixture improves post-emergent weed control against Commelinids while maintaining crop compatibility.

Novel triazole safener derivatives reduce herbicide phytotoxicity across more crop species while preserving herbicidal efficacy and compatibility.

An alkaline bispyridinium cleaner avoids quaternary ammonium residue while delivering antibacterial action, grease removal, and streak-free shine.

Bronopol with pyrithione salts preserves construction chemicals at pH 6-9, controlling microbes without allergenic isothiazolinones.

A synergistic topical fipronil-dinotefuran composition improves flea kill and tick activity while lowering adverse effects in non-human mammals.

A low-concentration 1-octanol and 1-decanol emulsion thins flowers while avoiding phytotoxicity and harm to honeybees.

A protected metal core with a carboxylate or metal-amino acid shell improves antimicrobial activity while easing dispersion into matrices.

A polyurethane polymer in non-aqueous solvent fixes DCOIT deeper in wood, reducing leaching while maintaining long-lasting decay protection.

Ester compounds such as propyl dihydrojasmonate extend mosquito repellency while reducing odor, toxicity concerns, and reapplication needs.

A polyurethane polymer in non-aqueous solvent improves preservative penetration and fixation in wood, reducing leaching and volatilization.

A polysuccinimide coating helps perfume microcapsules resist phase separation, improve substrate deposition, and control fragrance release.

Grafted PHSA on a styrene-maleic anhydride copolymer improves oil-based pesticide dispersion stability while reducing flocculation and viscosity.

Blended essential oils with surfactants and emulsifiers control pests while lowering toxicity and helping limit resistance.

Size-specific metal nanoparticles selectively deactivate viruses, bacteria, or fungi while reducing host harm and limiting tolerance.

A Bipolaris yamadae conidial suspension controls gramineous weeds in crop fields while avoiding chemical residues, pollution, and resistance.

Substituted isoxazoline carboxamides suppress broad weed growth while preserving turfgrass color, density, and selectivity in dry seasons.

Modular heteroaryl-triazole variants broaden pest and ectoparasite control while balancing efficacy, persistence, and synthesis cost.

A fluorescent ammonium biosensor replaces slow nitrogenase assays, enabling rapid screening of nitrogen-fixing mutant libraries.

A titanium dioxide photocatalyst on plant surfaces converts NOx into absorbable nitrate, cutting air pollution while supporting growth.

Fluorescent binding of a terbium-sulfoxide complex enables selective methyl salicylate sensing for earlier crop pathogen detection.

A diatomaceous earth-zinc oxide composite attracts and destroys microorganisms while lowering toxicity and boosting antifungal efficacy.

A volatile-solvent formulation leaves a collapsing microfiber network and solidifying encapsulant to immobilize surface contaminants with prolonged protection.

Novel heteroaryl-triazole compositions broaden pest control while improving efficacy, persistence, and resistance management in plant and animal use.

Isolated nitrogen-fixing Paenibacillus strains improve nutrient uptake and crop yield through seed or growth-media inoculation.

Naturally occurring C10 alcohols such as citronellol and menthol suppress tobacco axillary buds while avoiding synthetic suckercide harm.

Seed-applied remodeled bacteria colonize roots and fix atmospheric nitrogen on site, reducing fertilizer loss, energy use, and runoff.

A non-benzyl QAC release agent improves biocide recovery from fibrous wipes, boosting germicidal efficacy while reducing formulation complexity.

A low-film-forming biodegradable resin emulsion keeps seeds immobilized while maintaining film strength and reducing environmental impact.

Essential oils such as fir needle oil boost insecticide knockdown and mortality while helping reduce human toxicity and resistance pressure.

Novel ACCase-modulating compounds inhibit fungal growth in crops while addressing the rapid resistance seen with conventional fungicides.

A C10-C14 alcohol and surfactant blend lowers aqueous surface tension to improve wetting, spreading, and adhesion on low-energy surfaces.

A three-disinfectant combination enables much higher hyaluronate in contact lens solutions without losing antimicrobial efficacy or corneal comfort.

A cationic organopolysiloxane emulsion uses colloidal silica and controlled chemistry to improve cured film strength, flexibility, and storage stability.

A DCOI preservative with resin or wax improves wood resistance to fungal decay and insect attack while replacing phased-out pentachlorophenol.

A series bioreactor maintains nitrogen-use microbes during organic feedstock conversion to produce biostimulants that boost crop growth with less synthetic fertilizer.

An engineered Metarhizium strain emits longifolene from infected cadavers to lure and kill fire ants while reducing chemical pesticide use.

A new salicylaldehyde-based bactericide inhibits fungi and bacteria, helping control plant diseases where resistance limits existing chemicals.

Fatty acid salts complex with copper to control fungi and bacteria at lower metal levels while avoiding insoluble salts and phytotoxicity.

Porous carrier particles store high hydrogen peroxide loads and release vapor below 120°C, enabling compact sterilizers without complex vaporization.

Controlled recrystallization gives indaziflam a crystalline form with better flowability, reducing production interruptions and capacity shortfall.

Novel isoxazoline derivatives enable low-concentration control of resistant thrips and lepidoptera while reducing soil contamination and secondary harm.

By colonizing plant tissue, Rhizobium metallidurans DSM 34351 improves nitrogen fixation under stress and cuts synthetic fertilizer demand.

A hypochlorous acid blend with quaternary compounds disinfects heat-sensitive medical devices while reducing chemical damage and extending lifespan.

Electrolysis creates a stable subsaturated amine-salt solution that combines plant nutrition, powdery mildew control, and insect remediation.

Printed catalytic ink and electroless copper create antimicrobial touch surfaces that preserve light transmission and avoid electrical interference.

Solid water-soluble herbicide pellets enable accurate remote weed treatment while avoiding spray drift, capsule breakage, and excess labor.

Patterned electroless copper on a peelable liner delivers antimicrobial surfaces without costly sputtering or copper nanoparticles.

A water-free losartan oral solution uses PEG 400 and excipients to improve stability, mask bitterness, and support accurate ready-to-use dosing.

Active RSN segments and fucose-rich polysaccharides create a synthetic frog foam with durable surfactant stability for separation and preservation uses.

Lactobacillus fermentum Qi6 biofilm extracts create durable self-decontaminating barriers that inhibit pathogen adhesion and fouling.

A release modulator tunes solvent evaporation to deliver an initial fragrance burst and lasting scent without glycol ethers or heating.

Combining L-glufosinate with a second herbicide improves control of resistant Spermacoce weeds while lowering dosage and limiting crop phytotoxicity.

Magnetic nanoparticles enable uniform nanowarming of vitrified large tissue samples, reducing thermal stress, ice damage, and cell loss.

Specific amino acid blends reduce chlorosis, limit reactive oxygen species, and support plant growth recovery under cold stress.

Novel oxadiazole compounds broaden antifungal activity and improve fungicidal efficacy at lower application rates with good plant compatibility.

Quinic acid in feed inhibits Eimeria growth and reproduction, reducing lesions and oocyst release without resistance or residue buildup.

Using three phages to reshape indigenous soil microbes, this case boosts carbon fixation while avoiding secondary biological pollution.

Unsaturated N-bridged bicyclic carboxamides improve fungicidal activity where older azabicyclic compounds fall short in plant disease control.

Combining ozone with flavonoids or nano-coatings improves pathogen control on turf and crop surfaces without persistent toxicity.

By targeting the spliceosome with FR901464 and spliceostatin C, this case improves control of resistant monocot and dicot weeds.

Collagen peptide and trehalose encapsulation turns a Cronobacter-targeting bacteriophage into stable powder that preserves viability and antimicrobial activity.

New azaindole anthelmintics counter resistant Dirofilaria immitis by disrupting neuromuscular transmission while limiting host toxicity.

GRAS organic acids paired with 3-phenylpropanol suppress microbial growth in thermoplastics while limiting acid-driven polymer degradation.

A low-pH blend of 10-40 wt.% alcohol with surfactant, enhancer, and buffer achieves 1-minute disinfection with less skin irritation.

Introduced endophyte gene clusters help plants resist pests and pathogens while improving emergence, height, root weight, and shoot weight.

A dry spinetoram corn-grit bait targets larvae in corn whorls, cutting water use, insecticide load, and environmental impact.

Specific heterocycle substituents expand insecticidal and acaricidal action while improving plant compatibility and resistance handling.

Iodide in buffered saline preserves effective povidone-iodine after gamma sterilization, avoiding OR dilution while maintaining sterility.

Sequential calcium and zinc precipitation with pH-controlled crystallization improves L-glufosinate ammonium purity and recovery at low cost.

Cyclothiazomycin C controls diverse plant fungal pathogens at low application rates, delivering preventive and curative protection with minimal plant toxicity.

An acidic surfactant-solvent composition penetrates biofilm layers for one-step removal and disinfection on food and household surfaces.

Levorotatory enantiomer-enriched fungicides improve control of DMI-resistant Zymoseptoria tritici by targeting CYP51-linked resistance.

A nanocellulose skin coating suppresses human semiochemical emissions below mosquito detection levels, reducing bites and reapplication needs.

Rechargeable N-halamine-dopamine coatings bond to metal, plastic, glass, or paint surfaces to curb biofilms with simple spray application.

A lignosulfonate-based coating preserves viable rhizobacteria and antifungal bacteria in fertilizer granules for at least 2 years.

Engineered donor bacteria deliver CRISPR payloads to kill plant pathogens selectively while preserving the broader microbiome and crop yield.

A Venturi tip mixes pressurized medical CO2 with solution to create a portable enriched suspension without bulky tank systems or impellers.