Biocide TRIZ Cases

Ultrasound-assisted sol-gel synthesis speeds TiO2-ZnO nanocomposite production while boosting porosity for broad-spectrum biocidal formulations.

A low-dose warfarin bait and weight-based feeder access improve feral hog control while reducing non-target exposure and environmental impact.

Combining amino acids with chitin, cello, or xylooligosaccharides boosts crop vitality, yield, and disease resistance without chemical residue concerns.

A surfactant, C10-C14 alcohol, and oxygenated co-solvent blend lowers aqueous surface tension for better wetting on low-energy surfaces.

Combining ethylhexylglycerin with quaternary ammonium at defined ratios preserves personal care products with broad-spectrum activity and lower toxicity.

A C10-C14 alcohol and surfactant blend lowers aqueous surface tension to improve spreading on low-energy surfaces without organosilicone drawbacks.

ATP monitoring during germination reveals a metabolic burst that distinguishes bacterial spores from vegetative cells in under 8 hours.

Genetic changes in pdeH, oppA, and gntR improve Bacillus biofilm formation, strengthening rhizosphere colonization and plant protection.

Buffering, microbial, and physical stabilizers keep liquid diazotrophs viable for 30 days or longer while maintaining pH and easy application.

A heterocyclic formula (I) compound improves harmful arthropod control efficacy through targeted ring and substituent parameter changes.

Using oil-in-oil non-aqueous sol-gel encapsulation, this case shows stable high-loading microcapsules for hydrophilic and moisture-sensitive agents.

Combining two fungicides in synergistic ratios improves cereal pest control, lowers dosage, and helps manage resistance and toxicological impact.

Controlled cationic poly(2-ethyl-2-oxazoline) films rapidly inactivate pathogens while providing durable, low-toxicity surface and skin protection.

A saline-boric adapted Pseudomonas lini S57 formulation keeps antifungal activity against crop pathogens in desert-like soils.

Encapsulating volatile fennel oil in alginate-HPMC beads extends release, improves stability, and sustains mosquito larvicide activity.

Solid lipid compositions form nanoparticles in aqueous media to improve lipophilic drug bioavailability, stability, and controlled release.

Direct heat-formed copper oxide particles on polymer surfaces cut coating steps, lower antimicrobial material use, and preserve transparency.

Surfactants enable thymol and citric acid to form a stable aqueous microemulsion that disinfects surfaces with lower environmental and health risks.

Hydrogen-bonded organic frameworks tune pore size and reversibility to store volatile guests and extend release from minutes to months.

Modified pesticidal proteins and encoded genes help transgenic plants control resistant insects by introducing alternative modes of action.

A controlled ZnO coating surface and thickness range delivers strong antibacterial and antiviral action while keeping 80%+ visible transmittance.

Covalently bonding quaternary ammonium antibacterial units into polyester improves wash durability, antibacterial retention, and textile safety.

Multi-species endophyte formulations colonize seeds and plant tissues to improve stress tolerance, disease resistance, and nitrogen use.

Citric acid, polyethylene glycol, and sodium bicarbonate seed treatments improve germination and protect plants from cold and drought stress.

A single oxide-based coating film combines antiglare particles and antimicrobial metal ions to simplify glass cover manufacturing and improve display visibility.

A salicylic acid, ASA, and MeSA formulation triggers sustained SAR to suppress plant viruses while reducing reliance on toxic pesticides.

Plant-based oils and carrier ingredients extend insect and tick repellency on animals while avoiding DEET-like toxicity and irritation.

Combining L-glufosinate with complementary herbicides improves Bidens weed control, lowers dosage, and avoids crop phytotoxicity.

Wet grinding and microwave heating release noxious chemicals from toxic plant and petroleum slurries for separation into useful products.

A β-exotoxin-free Bt strain with 6 cry and 3 vip genes improves Spodoptera frugiperda control using spore and crystal compositions.

Solvent-free aqueous ketoenol concentrates use dispersants, xanthan gum, and pH control to keep high loading stable for soil application.

A chitosan-tannic acid liquid slowly releases anti-oomycete actives for at least 48 hours, improving control without toxic side effects.

A grease-based coating uses organic acid salts, mineral oil, and alkaline silicate to gel in seawater and prevent marine biofouling.

Natural-like pyrokinin and AKH analogues target pest insects while reducing harm to bees and other non-target species.

A zinc oxide, titanium dioxide, and Thanaka extract coating blocks UV cues birds use to detect fruits and seeds, reducing crop damage.

Natural-like pyrokinin analogues raise pest insect mortality and protect crops while minimizing harm to pollinators such as bees.

Native Methylobacterium strains coat seeds or plants to boost nutrient uptake, early growth, and stress tolerance while cutting fertilizer use.

A kairomone blend attracts both male and female Tuta absoluta to traps, improving population control with lower ecosystem impact.

A heated chamber volatilizes blended plant essential oils to spread a safe mouse repellent farther while improving deterrence over natural oils alone.

On-site DNA/RNA sequencing and geotagged sampling speed resistance detection and map harmful organism spread across crop fields.

Fine grinding below 10 μm with wetting and dispersing agents keeps high-phytosterol suspensions pourable, stable, and suitable for plant growth use.

Remodeled seed-treatment bacteria colonize roots and fix atmospheric nitrogen in situ, reducing fertilizer runoff, volatilization, and synthetic input use.

Structured siloxanes enable stable foam in low-surface-tension alcohol/water liquids where traditional surfactants face solubility and compatibility limits.

A solid-fat budesonide suppository uses antioxidants and gas-tight packaging to resist oxidation, stay stable at room temperature, and ease insertion.

A dual-solvent ε-caprolactone formulation keeps low-solubility, high-melting actives stable in cold storage and when diluted with water.

Novel heteroaryl piperidinyl ethanones improve fungicidal activity, plant compatibility, and resistance management for crop protection.

A venturi-fed mixing chamber draws and doses compost leachate into water, turning collected leachate into a usable fertilizer or weed treatment.

Light-heated plasmonic nanoparticles plus a releasable antimicrobial agent prevent and destroy biofilms while sustaining long-term activity.

A lignosulfonate-based coating keeps mixed bacteria viable in solid fertilizer granules for 2-3 years while reducing water transport impact.

A six-month paliperidone palmitate injection regimen reduces missed-dose relapse risk while improving lipid outcomes and dosing flexibility.