Biocide TRIZ Cases

See how electrospun nanofiber membranes with integrated nanomaterial agents filter and degrade

See how electrodeposited nanotwin copper coating on porous filters achieves rapid SARS-CoV-2 in

See how a microprocessor-controlled system generates and monitors ClO2 gas concentration in rea

See how base-treated textiles impregnated with TiO2 nanoparticles and UV-activated provide 100–

See how fatty acid and polycarboxylic acid coating prevents copper particle aggregation in non-

See how polyethyleneimine N-halamine compounds deposited during washing neutralize perspiration

See how combining hydrogen peroxide with formic acid and organic sulfonic acid achieves 3-log r

See how natural-fiber wipes treated with organic acid prevent quaternary ammonium binding, achi

See how organophosphorus and organosulfur compounds disperse biofilms and inhibit microbial gro

See how diffusion-stable embedding of surface-modifying substances in hose inner layers creates

See how a single apparatus combines cyclone and momentum separators to handle both dry vacuumin

See how sulfonated copolymer powder embedded in low-melt thermoplastic fibers kills 90%+ microb

See how photosensitizers bound via polymer binder systems enable wash-resistant antimicrobial t

See how a vertical two-stage separator enables one apparatus to vacuum and extract cleaning sol

See how foam finishing applies fluid repellant and antimicrobial treatment to only the outer fa

See how HPPE filaments with thermoplastic ethylene copolymer and lubricant reduce friction and

See how interfacial cross-linking of hydrophobically modified polysaccharide with multifunction

See how quantum water mixed with diluted hypochlorous acid maintains sterilizing power over tim

Peroxy pyruvic acid instillation combined with negative pressure helps break down biofilms, control resistant wound pathogens, and promote granulation.

See how PVD ceramic-coated metal particles implanted into fiber cloth prevent oxidation and par

See how a benzoic acid salt and citric acid composition reduces odor-causing bacteria on textil

See how benzoic acid anchored with terephthalic acid or quat silane replaces heavy metals in te

See how halo active aromatic sulfonamide compounds in animal bedding provide weeks to months of

See how 3D spacer textiles with layered fabric and monofilament structure reduce insect contact

See how biodegradable capsules release sterilization drugs only when microorganisms degrade the

See how plasma treatment enables durable bioflavonoid coatings on synthetic polymers, solving a

See how biomimetic GRAS compounds replicate Muscodor antimicrobial activity without naphthalene

See how combining organic acids with pH control prevents discoloration and maintains antiseptic

See how selective removal of naphthalene and azulene from Muscodor volatiles creates a safe bio

See how combining zinc compounds with antioxidants creates durable bacteriostatic surfaces that

See how thermoplastic headboards with integrated diatomaceous earth and hook-and-loop connector

See how an oxazoline polymer binder combined with biocidal compounds forms a durable film that

See how hybrid PAC/PBAE shell composition resolves the contradiction between encapsulation perf

See how TiO₂ nanoparticle impregnation with base treatment and UV activation creates self-disin

See how a porous substrate with releasable metal ions maintains antimicrobial efficacy across l

See how combining methyl anthranilate with fatty acids in acid form repels insects and acarids

See how copper ions locked on zeolite surfaces achieve high antibacterial and antiviral efficac

See how quaternized hyperbranched polyurea surfactants integrate antimicrobial and stabilizatio

See how dry bacterial spores in dispersible nonwoven layers replace chemical disinfectants to i

See how urethane-bridged co-polymer coatings prevent antimicrobial leaching during washing whil

See how azeotrope-like compositions of Z-HFO-1336mzzm with water, alcohols, or fluoroketones ac

See how essential oils replace expensive zinc oxide in heat-curable casting compounds, providin

See how amphiphilic block prepolymers with charged functional groups form microcapsule shells t

See how a vinylimidazole polymer with amino alcohol stabilizes silver ions on soft surfaces, ma

See how isocyanate-terminated betaine compounds chemically bond to textile surfaces, providing

See how an inverted cyclone with lateral liquid separator enables a single apparatus to vacuum

C-5,6 aziridine modification of spinosyns helps overcome pest resistance while preserving strong activity against insects, arachnids, and nematodes.

A quaternary ammonium hyperbranched copolymer suppresses microbes in cosmetics, extending shelf life while reducing conventional preservatives.

Natural mineral co-formulants including zeolites retain copper on plant surfaces longer, cutting repeat treatments, soil buildup, and phytotoxicity.

Amino acid metal complexes repel more bird species at lower dosage while avoiding hazards to crops, livestock, and the biological environment.

Specific light wavelengths replace slow copper bracelet diffusion by stimulating nerves and acupuncture points to elevate GHK-Cu faster.

Broad-spectrum peptide P16 blocks viral fusion and endosomal acidification to suppress influenza and SARS-CoV-2 while limiting drug resistance.

A dry perlite-biocide blend absorbs bodily spills and disinfects without water, avoiding liquid disinfectant storage hazards.

A synergistic diformylurea and cobalt sulfate formula improves ethylene inhibition reliability, preserves hormonal balance, and supports crop yield.

Substituted 1,2,4-triazoles tune STING activation or inhibition to improve immune signaling, cytokine release, and anti-tumor response.

Fatty acids applied to the shoot apical meristem replace clipping to boost seed yield, drought tolerance, and disease resistance.

Milled plant parts with viability compounds replace peat to keep plant-beneficial microbes stable in storage and active after application.

A moss-based green manure layer improves moisture retention and soil fertility in bare or sandstorm-prone areas without competing with remediation plants.

Engineered Cry1B variants broaden control of Lepidopteran and Coleopteran pests in crops while reducing reliance on chemical insecticides.

A bicarbonate and carminic acid composition dehydrates Tillandsia selectively, avoiding host plant damage and environmental contamination.

A blueberry-mimicking scent blend trains bees before deployment, improving pollination consistency, yield, and hive use efficiency.

Calcium carbonate and cellulose ethers replace titanium dioxide to improve tablet coating whiteness, gloss, and opacity without TiO2.

Exogenous bioactive polypeptides such as flagellin, harpin, EF-Tu, and PSK prime plant immunity to improve growth, yield, and stress tolerance.

A novel trifluenfuronate formulation controls insects and mites by blocking egg-laying and hatching while avoiding cross-resistance and residue buildup.

Carbazole compounds suppress Candida growth and morphological transformation, addressing antifungal resistance with lower mammalian-cell toxicity.

A CLAVIPHAGE7 and CLAVIPHAGE9 formulation controls Clavibacter michiganensis in Solanaceae plants without copper-related harm.

A Cry1B L50F variant expands Bt activity against fall armyworm and other Lepidopteran pests for broader crop protection.

Organic acids such as lactic acid limit florylpicoxamid degradation in emulsion concentrates, improving storage life and fungicidal reliability.

Controlled water content of 0.3-5.0 wt% balances rapid water dispersion with compound (I) stability, helping prevent nozzle blockage.

Combining iminodipropionate with anionic surfactants keeps high-load pesticide formulations homogeneous, low-viscosity, and stable across temperatures.

An ibuprofen ester emulsion prodrug reduces vascular irritation and precipitation while improving stability and administration flexibility.

Controlled hydroxyl and nitrogen group ratios keep N-formylloline compositions stable over time while preserving pesticidal effectiveness.

Embedded antimicrobial polymers and composites curb marine biofouling and MIC without release-rate-sensitive toxic biocides.

Salt-tolerant Bacillus subtilis strains boost biosurfactant output under anaerobic conditions to improve oil recovery and reduce paraffin blockage.

Rapid adiabatic superheating in a compression chamber extracts multiple disinfecting agents from oils while avoiding ignition and toxic storage.

A multi-biocide inkjet fluid formulation suppresses microbial growth and resists thermal degradation to preserve printability and shelf life.

Trifluoroacetate esters replace corrosive or wasteful acylating agents to produce oxadiazoles in high yield with simpler solvent-free workup.

An anionic scale inhibitor lets quat and amine disinfectants stay clear and effective in hard water without scale buildup.

Modified phage DNA methylation helps CRISPR payloads evade bacterial restriction enzymes and improves selective killing across target strains.

Controlled pH precipitation of disilver hydrogen citrate avoids slow electrolysis and impurity issues while delivering soluble, high-purity silver powder.

Phenolic and silver-based coatings bind and inactivate microbes on porous PPE surfaces while preserving breathability, durability, and low toxicity.

Silica gel capsules bind and protect dsRNA for trunk injection, enabling uniform seasonal delivery in trees with less waste and injury.

Novel triazole acetic acid safeners reduce herbicide phytotoxicity across crops while preserving herbicidal efficacy and lowering application burdens.

Engineered NCR2 peptides broaden antimicrobial activity across plant pathogens while resisting endoproteinase cleavage for longer crop protection.

A metal salt, chelating agent, and hydrophilic polymer powder disinfects surfaces fast while resisting oxidation, corrosion, and toxicity.

Water-soluble oils improve agricultural chemical uptake and beneficial microbe colonization, reducing application frequency and boosting efficacy.

A levonorgestrel and ethinylestradiol blend disrupts Dendroctonus reproduction to reduce pine tree mortality and forest damage.

Plasma treatment and hot pressing embed non-leachable Mg-based antimicrobials into plastic surfaces for safer food and healthcare packaging.

A Formula (I) ergothioneine derivative improves plant stress tolerance by suppressing physiological disorders and supporting growth under drought, salt, and heat.

Biodegradable dextrin and dextran fatty acid surfactants lower surface tension and help agricultural soils absorb water faster.

A phosphonium and polymeric ammonium blend extends biocidal activity in water systems while lowering dosage and environmental impact.

Hydroxycinnamic acid compositions suppress spore adhesion and pathogen growth on crops, seeds, and fruits without copper fungicide toxicity.

Purified bacterial strains replace chemical pesticides to control plant pathogens and pests while reducing resistance and environmental contamination.

Modified ethylsulphonyl-pyridine derivatives improve flea and tick control while reducing animal toxicity and extending protection.

Modular sulfonamide substituent tuning improves harmful arthropod control efficacy while balancing synthesis ease and compound complexity.

A cationic dendrimer blocks bacterial efflux pumps so chlorhexidine-based skin disinfectants stay effective against resistant strains.

Seed and crop applications of cyclobutylcarboxamides reduce Fusarium pseudograminearum white heads by 34% and raise wheat yield by 26%.

See how a Mn4+-activated phosphor converts near-UV light and sunlight into 600–800 nm deep red light for plant growth.

In-situ ammonia salification prevents rock-solid lumps, enabling homogeneous ammonium glufosinate liquid formulations with lower energy use.

Repeated plant selection and microbial isolation enrich beneficial populations, addressing the cost and delay of conventional breeding.

Pyroglutamic acid helps solubilise soil potassium, offering a fertiliser route to improve plant uptake while reducing mineral inputs.

High-viscosity ionic liquids wet substrates poorly; an adhesive interlayer helps form stable coatings for antimicrobial surfaces and filtration.

Sulfopolymer adjuvants stabilize agrochemical mixtures, improve active-ingredient dispersibility, and support high loading with fewer adjuvants.

Beeswax-coated rice paper encases cockroach gel bait to retain moisture, limit contamination, and enable no-touch placement.

Seed treatment with PF1378A, PF1378B, and PF1378C targets Tylenchoidea nematodes while reducing field labor and exposure risk.

Low-dose nano organic germanium and selenium support timed irrigation or foliar fertilization while improving crop yield, sugar content, and storage stability.

Algal and plant extracts improve crop water-use efficiency and yield while avoiding soil contamination from synthetic materials.

A pyrazolyl-carboxamide paired with another fungicide improves fungal disease control while supporting crop tolerance.

New substituted 2-aminoazines target broad-leaved weeds and grasses while improving herbicidal activity and crop selectivity.

Cellulase, pectinase, chitinase, and protease treatments target pathogen structures while limiting plant harm and supporting crop yield.

Jasmonate elicitors increase cannabinoids and terpenes directly in plants while helping inhibit fungal pathogens and other pests.

Fermentation products from five microbial sources inhibit algae in water bodies and on surfaces, addressing ineffective toxic-bloom control.

Endophytic bacteria colonize seeds or seedlings to improve stress tolerance, biomass, root development, and crop yields without extensive breeding.

Polyoxyalkylene copolymer and dispersant support high fludioxonil loading while improving retention, stability, and sprayable viscosity.

See how a non-aqueous thickened coating seals solid particles between porous dissolvable sheets while limiting leakage and preserving dissolution.

Combining formula (I) compounds with complementary herbicides improves weed control at lower rates while supporting selectivity and formulation stability.

A non-aqueous carrier suspends dithiocarbamate while dissolving triazole and pyrazole-carboxamide fungicides to improve stability and efficacy.

Combining polymer- and oil-based drift reducers maintains sprayability and drift control from 1 to 2000 L/ha while supporting crop uptake.

Light exposure can reduce Bacillus thuringiensis activity; humic acid and a specified polymer form a protective formulation that sustains pest control efficacy.

Amorphous fungicide formulations can undergo polymorphic transitions; controlled crystallization produces form B with stable suspensibility.

GH70 α-transglucosylases use sucrose to convert hydroxy fatty acids into glycolipids, replacing costly multistep synthesis and hazardous solvents.

Specific formula-based compounds applied to plants or soil provide stronger control of plant diseases than existing approaches.

Phosphorus-free acid cleaning uses citric acid and a nonionic surfactant to remove scale and rust while preserving metal passivation.

Localized HST mutations preserve plastoquinone synthesis while giving crop plants at least 10-fold resistance to HST-inhibiting herbicides.

Biofilm-forming Bacillus subtilis DSM 32324 helps block nematode penetration and reproduction while reducing root infestation and inducing plant resistance.

Overexpressing AtExo970 supports root and shoot growth, improves water-use efficiency, and limits transpiration under water and nutrient deficiency.

Near-stoichiometric hydrogen peroxide and acetyl donor ratios improve yield while reducing side reactions and residual byproducts.

Space-charge electrets use positive electrostatic fields and hydrophobic surfaces to capture and kill microbes without toxic chemical disinfectants.

Organic acid at 0.01–5.0% limits metarylpicoxamid degradation, extending storage life while preserving fungicidal activity.

Glyphosate formulations can destabilize when tank-mixed; phosphate ester and surfactants help maintain homogeneity and weed-control efficacy.

Genetically engineered endophytic bacteria deliver inhibitory RNA to infected plants, suppressing pathogen genes without transgenic crops or chemical pesticides.

See how cacao vicilin-derived peptides target bacteria, fungi, and yeasts while improving stability for agricultural and therapeutic formulations.

A tuned phenolic-group range in humic acid helps Bacillus thuringiensis retain viability under sunlight for stronger pest control.

Specific perfume-ingredient combinations deliver synergistic bacterial inactivation at low concentrations while preserving the product odor profile.

Engineered organisms produce sandalwood oil with at least 85% santalol and bergamotol, avoiding tree harvesting and reducing energy and solvent use.

Combining indazole compounds with insecticides, fungicides, or nematocides broadens pest control while limiting toxicity.

Geraniol and rosemary oil support scent-free topical protection against mosquitoes while avoiding DEET-related toxicity concerns.

Specific benzylamine substituents strengthen aryl sulfide acaricidal activity against resistant mites at lower usage doses.

An alcohol-solvent process uses gaseous ammonia to convert acid addition salt directly into high-purity Form I crystals.

Cold fogging distributes fungicidal aerosol through harvested-crop stacks to improve fungal protection with less residue and resource waste.

Replacing chemical controls with selected Bacillus bacteria helps suppress Candidatus liberobacter while reducing environmental and health impacts.

Respirating organisms generate CO2 underwater without electricity or compressed gas for mosquito trapping and aquatic growing environments.

Rapid soil biodegradation can limit crop uptake; modified compositions extend ascaroside activity for reliable plant pathogen resistance.

Binding Ag+ to graphene oxide forms a stable complex with broad-spectrum antimicrobial activity against AMR and MDR pathogens.

Lower alcohol and quaternary amine levels, combined with pH 2–4 and surfactant, target 3-log reduction in 2 minutes.

Nucleic acids encoding PtIP-83 proteins help transformed plants and microorganisms control Lepidopteran, Coleopteran, Dipteran, and other pests.

Aminopyrazole compounds inhibit tyrosine kinase activity to treat proliferative diseases where existing treatments inadequately regulate enzyme function.

Systematic structural modification of leptomycin B reduces mammalian cytotoxicity while preserving antiproliferative activity against cancer cell lines.

Starch-based bioplastic formulation delivers microbial agents to crops with stable adhesion, resolving inconsistent field efficacy and limited shelf life.

Sultaine boosting agents enhance antimicrobial effectiveness while maintaining product stability and aesthetics without short-chain alcohols.

A 4-trifluoromethyl-3-thiobenzoylpyrazole compound delivers targeted weed control through specific structural modifications.

A method isolates crystalline atipamezole hydrochloride directly from aqueous hydrochloric acid via hydrogenation and cooling.

Sulphur-substituted heterocyclic derivatives expand the biocidal spectrum to target resistant pests while maintaining plant safety.

Elutriation yields uniform clinoptilolite particles under 30 µm to enhance crop resistance against biotic and abiotic stresses.

Modified protoporphyrin IX compounds penetrate impermeable bacterial membranes to inhibit pathogens and enhance abiotic stress resistance.

A thymol-coated beehive entranceway exposes bees to miticidal vapor and contact treatment as they pass through.

2-(Substituted-phenyl)-cyclopentane-1,3-dione compounds deliver targeted herbicidal activity against grassy monocotyledonous weeds.

A biodegradable polyester formulation compounds antimicrobial peptides to inhibit bacterial growth on medical devices.

Engineered collagen matrices direct stem cell differentiation to form functional vascular networks.

A plant treatment vessel uses inert gas pressure cycles to reduce microbial viability while preserving physical appearance.

Inhibiting the prostaglandin D2 DP1 receptor reduces neuronal cell death by blocking toxic microglial interactions that current treatments fail to address.

Cholesterol derivatives inhibit TGF-β signaling pathways, resolving the trade-off between effective wound healing and fibrosis prevention.

MPP fatty acids activate AQP7 to induce physiologic hypertrophy, preventing pathologic ventricular dilatation and heart failure.

Crystalline anhydrate saflufenacil with controlled pH prevents settling and degradation, resolving physical stability issues in aqueous suspension concentrates.

Carboline derivatives suppress vascular endothelial growth factor expression through post-transcriptional mechanisms.

A semiaromatic copolyester membrane enables controlled diffusion of formic acid from a biodegradable gel dispenser.

Merging sulfonamide-including compounds with angiogenesis inhibitors achieves synergistic anti-tumor activity that surpasses single-agent efficacy.

A fungicidal composition combines a 3,4-dihydroisoquinoline with selected agrochemicals to deliver effective disease control.

Formula 1 pyridazinone compounds with specific phenyl substituents act as herbicidal agents in crop protection compositions.

Liquid PEG solvents in isoxazoline injections extend duration of action while reducing injection site irritation.

Engineered insect cells express multiple modifying enzymes to produce recombinant glycoproteins with authentic humanized N-glycans.

Sodium channel blockers restore superficial sensitivity by selectively modulating nerve conduction, addressing numbness from diabetes or chemotherapy.

An oxopyrazine derivative with a substituted pyrazine ring delivers targeted herbicidal activity.

Bacillus subtilis strains metabolize mycotoxins, preserving nutrient bioavailability and avoiding chemical treatment impacts.

Derivatized 3-styryl-cephalosporins generate reactive styryl groups upon hydrolysis to inactivate beta-lactamases.

RecA pathway inhibition sensitizes resistant bacteria to fluoroquinolones while engineered strains produce pyocins to kill target cells.

Increasing inositol pyrophosphate levels through VIH2 expression activates endogenous plant defenses against herbivorous insects and pathogenic fungi.

A Bacillus pumilus strain decomposes plant residues using cellulase and pectinase enzymes.

A compound fungus polyose formulation stimulates immune cells and regulates responses to boost immunity.

Engineered bacteriophage nanoparticles transport therapeutic nucleic acids to specific bacteria within the human microbiome.

A cyclohexane derivative suppresses neurological symptoms in multiple sclerosis models.

Recombinant H-ferritin mediates iron uptake across the blood-brain barrier, bypassing transferrin limitations for treating brain iron deficiency.

Uncharged morpholino oligonucleotides with nuclease-resistant backbones target viral RNA to reduce titers and cytopathic effects in arenavirus infections.

Novel triazine derivatives with fused bicyclic oxalamide structures target the HCV NS5B protein to inhibit viral replication.

R128 and F420 mutations in PPO enzymes grant crops broad-spectrum tolerance to PPO-inhibiting herbicides, resolving sensitivity constraints.

2-indolinone derivatives inhibit protein kinases and histone deacetylases, reducing side effects while treating hematological malignancies.

Microwave-heated melamine-formaldehyde foam with controlled molar ratio removes biofilm and kills bacteria while reducing formaldehyde emission.

SRM mass spectrometry quantifies IGF1R protein in formalin-fixed tissue by selecting peptides that resist cross-linking and ionize efficiently.