Biocide TRIZ Cases

See how controlled silver ion dosing during washing cycles maintains antimicrobial efficacy wit

See how sulfonate-modified peroxycarboxylic acids solve storage instability, water insolubility

See how a low-pH disinfectant with reduced alcohol, hydrogen peroxide, and quaternary ammonium

See how combining amine oxide surfactant with water-soluble and water-insoluble oxidants achiev

See how a non-cellulose amphiphilic compound with ionic moieties resolves the contradiction bet

See how polyolefin fibers with optoelectronic and catalyst materials convert sunlight into phot

See how HFCO-1233zd fluoroalkene compositions reduce flammability and ozone depletion in refrig

See how dual conveyor and delivery devices form a delivery chain to increase baked goods output

See how GRAS organic acids like benzoic and sorbic acid replace metal actives to control microb

See how a zwitterionic antibacterial compound with terminal isocyanate groups bonds chemically

See how physically incorporated antimicrobials in a porous matrix prevent microbial growth with

See how antimicrobial agents integrated into straw layers kill 99.999% of surface microorganism

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

See how LED-activated TiO2 nano-coating in air ducts reduces bacterial contamination by 70% and

See how an oxazoline homopolymer binder with quaternary ammonium compounds forms a durable film

See how controlled Ag2O, ZnO, and phosphate ratios enable compact antimicrobial glass to releas

See how a reversible anionic indicator ink enables nonwoven wipes to signal sanitizer depletion

See how a vapour-permeable container housing desiccant and antimicrobial materials triggers vap

See how a fluoropolymer composite loaded with silver-ion silicate particles provides antibacter

See how acetate salt humectant with controlled pH and water activity prevents microbial growth

See how combining zinc oxide with antioxidants on material surfaces inhibits bacterial growth t

See how a nonionic modified siloxane additive in hydroentangled nonwoven fabric prevents ionic

See how embedding silver nanoparticles inside fiber lumens prevents aggregation and detachment,

See how a two-step cleaning system removes soapy residues and biofilms, then bonds organosilane

See how aggregated demand sensing and variable-speed compressor control match helium supply to

See how a copolymer bath with controlled functional groups achieves uniform silver ion distribu

See how a dual-zone bed net assembly uses a barrier member with non-pyrethroid insecticide to k

See how a low-pH, low-alcohol disinfectant composition uses composite active ingredients to ina

See how superabsorbent polymers and hydrophilic binders use exhaled moisture to reactivate anti

See how centrifugation and filtration remove shell particles and by-products from encapsulated

See how plasma treatment bonds antimicrobial compounds to yarn-based dressings, preventing micr

See how quaternized polyethylenimine with photo-crosslinkable moieties bonds covalently to surf

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

See how natural essential oil components replace synthetic biocides, achieving broad-spectrum a

See how isoxazole compounds integrated into fabrics deliver dual UV protection (UPF >40) and an

See how UV-activated polymer coatings form covalent bonds to surfaces, killing 99% of bacteria

See how modified polysaccharide and wetting agent stabilize pyridine antibacterial dispersion,

See how covalent attachment of quaternary ammonium and phosphonium compounds to surfaces and po

See how copper and zinc salts with defined solubility constants enable biocide compositions wit

See how an amine-functional polymer reacted with silver halides delivers controlled ionic silve

See how HFCO-1233zd replaces CFCs and HCFCs as a thermoset foam blowing agent, eliminating ozon

See how integrating antimicrobial substances into a flexible nubbed cleaning body reduces micro

See how triacetin and hydrogen peroxide react on-site to generate high-concentration peracetic

See how triacetin and hydrogen peroxide stored separately generate high-concentration peracetic

See how three color-coded cleaning cloths eliminate hot water rinsing in wipe dispenser prepara

Adding 0.01-50 wt% polylysine gives hydrolyzed collagen antimicrobial action while preserving biocompatibility for tissue treatment.

A non-aqueous oxytetracycline solution avoids water-driven degradation, extends shelf life, and enables lower-toxicity plant injection.

Controlled cationic polymer films balance antiviral inactivation with low toxicity and durability for continuous surface protection.

Combining pesticidal actives with C6-C10 unsaturated aliphatic acids boosts control efficacy while reducing pesticide load and environmental impact.

Combining bifenox with a VLCFA inhibitor broadens weed and grass control while lowering crop phytotoxicity and slowing resistance development.

Partially purified pheromone extracts pre-activate entomopathogenic nematodes, improving host invasion and biocontrol consistency.

Applying melatonin or phytomelatonin-rich algae extracts cuts plant nitrate content by 30% to 60% without harming growth or quality.

Organic silicone surfactants help bacteriophages stay on plant surfaces without losing bacteriolytic activity, improving disease control persistence.

A carbonyl solvent and N-alkyl pyrrolidone boost triazole storage stability and improve Fusarium mycotoxin reduction in crops.

A powdery isoxazoline uracil crystal form replaces sticky oily material to prevent pipe blockage, improve metering, and dissolve faster.

Specific Cry1Ca residue changes and truncation reduce proteolytic processing while maintaining control of resistant Lepidopteran pests.

Reducing chloride in protonated polyethylenimine films enables durable, low-toxicity surface coatings with sustained pathogen inactivation.

A tuned shell monomer ratio keeps hollow particles at low dielectric loss while improving humidity and storage stability.

Specific anionic and amphoteric surfactant ratios preserve beneficial microorganism viability and activity while maintaining suspension stability.

Methylobacterium strains applied to plants, seeds, or soil reduce piercing-sucking insect damage and slow insect-borne disease progression.

Combining clethodim with aminopyralid broadens weed control, cuts dose demand, and helps delay resistance through synergistic activity.

Bacillus subtilis QST713 helps plants recover from cold stress while reducing crop injury from active ingredients and supporting uniform growth.

Metal coordination binds nitrogen-based biocides in polymers to limit leaching and volatility while preserving long-term antimicrobial activity.

Conductive glass particles let this SiO2-based hybrid coating hold more silver, copper, and zinc ions for durable antimicrobial, antifungal, and deodorizing use.

Seaweed-derived phlorotannins in the 1000-3000 g/mol range improve antiviral activity while focusing extraction on the active fraction.

A styrene-elastomer antifouling film with methyl p-tolyl sulfone halide attaches to complex underwater surfaces and cuts recoating work.

Combining ambruticin with pesticides of different modes of action broadens fungal control while lowering application rates and resistance pressure.

A PIP-72 protein construct expands transgenic plant protection beyond narrow Bt activity, controlling resistant rootworm and other insect pests.

Acrylic block copolymer coatings absorb semiochemicals, preserve purity, and enable long-term diffusion with repeated reloading.

Narrow spray angles of 65° or less plus adjuvants improve pesticide spray uniformity and reduce crosswind microdrift.

Four Gram-positive strains suppress bacterial wilt and aphids by inducing plant resistance and balancing soil microbiota.

Targeted peptide inserts in AAV capsids improve CNS and muscle delivery while helping overcome low transduction and antibody neutralization.

Plant-fiber wipes paired with neutral-pH quat chemistry preserve strength, clean greasy soils, and meet compostability standards.

A mixed fungicide pairs cyclic depsipeptides with respiration inhibitors to widen fungal control while lowering application rates and exposure risks.

A keratin treatment composition combines 4-(3-ethoxy-4-hydroxyphenyl)butan-2-one with surfactants and polymer to keep antimicrobial activity and stability.

Precise ABA and malic acid ratios make plant stress regulation more predictable while improving drought tolerance, growth, and water use efficiency.

Cyclobutylcarboxamide compounds help prevent Gibberella fujikuroi infestation in rice, improving Bakanae control and protecting yield.

Alkali extraction turns discarded mushroom residue into a broad-spectrum antibacterial agent with low toxicity and high biocompatibility.

Novel heterocyclic sulfoximines and sulfilimines improve fungicidal activity while addressing ecological limits, plant compatibility, and resistance.

Amino acid-derived surfactants improve agrochemical solubility, wetting, and emulsion stability to prevent crystallization and loss of effectiveness.

A xylitol ester blend with caprylyl glycol and 1,3-propanediol inhibits microbial growth while limiting irritation, odor, and phase separation.

Combining ACC with methyl jasmonate boosts Gala apple coloration beyond single-compound treatments to better meet marketability standards.

An oscillating magnetic field reorganizes hydroxyl-modified fullerene water bonding to improve stability, biocompatibility, and resistance to degradation.

A dual-compound preservative system resists surfactant inactivation while maintaining antimicrobial activity, odor, and viscosity stability.

A silane-metal ion coating improves microbial inhibition while staying chemically stable, abrasion resistant, and less fingerprint prone.

Combining odorant receptor and sodium channel activators delivers durable, broad-spectrum repellency against wild-type and resistant mosquitoes and ticks.

An Antarctic-derived antimicrobial polypeptide inhibits Gram-positive and Gram-negative bacteria, offering a new option against antibiotic resistance.

Thermo-tolerant fungal secretions solve the stability-potency bottleneck, enabling high-temperature cleaning, sterilization, and urea removal.

Sugar ester and surfactant chemistry removes biofilms and kills microorganisms while reducing toxicity and environmental harm.

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

Sugar esters, dialkyl esters, and surfactants disrupt calcium bonds in biofilms, boosting disinfection at lower toxicity.

A polyphenol-metal nano-coating helps foliar growth-promoting bacteria stick to hydrophobic leaves, resist rainfall loss, and colonize longer.

Cationic polyalkylenimine films raise pH without added sodium to form durable, low-toxicity antimicrobial coatings with continuous surface protection.

Bifunctional compounds recruit insect ubiquitin ligases to degrade target proteins, enabling lower-dose pest control with reduced persistence.

A xanthene dye paired with a fungicidal synergist broadens bacterial and fungal control while lowering dose, toxicity, and resistance pressure.