Sole international commercialisation desk for university & institute-backed nano-materials: Elsevier-validated solid-state hydrogen storage catalysts, 100-wash deodorant yarns, 5.3nm feed nano-zinc, and PFAS-free barrier coatings.
All four commercial divisions originate from one core deep-tech foundation: Sub-10nm Monodisperse Inorganic & Bio-Nanocrystal Interfacial Engineering, verified by peer-reviewed literature and SGS/Intertek testing.
Pd/MWCNT catalyst for magnesium solid-state hydrogen storage (Journal of Energy Storage 2026, 6.89 wt% capacity, -26% activation energy) and 99.2% pure nano-Pt HER electrocatalyst.
Pre-treatment melt-compounded nano noble metal/oxide composite embedded in polymer chains. Survives 100 industrial washes with ≥96% sweat and body odor deodorization.
100% bio-based micro/nanocellulose barrier coating liquid (Kit ≥ 10 grease resistance, 100k ton capacity). Direct drop-in for paper mills meeting US EPA & EU PPWR PFAS bans.
Food-grade water-dispersible 5.3nm nano zinc oxide. Dosed at ultra-low 10–25 ppm active (100–250 g/MT 10% premix) to replace 3,000 ppm zinc in antibiotic-free poultry & piglet farming with >95% less heavy metal output.
Experimental & DFT study proving 6.89 wt% capacity, 446s absorption, and 26% lower desorption activation energy.
Characterizes 6.15 wt% reversible H₂ in AZ61 + 3 wt% Pd/MWCNT with 58% faster sorption kinetics than pure alloy.
Hydrogen storage apparatus & graphene noble metal composite material. Valid through 2043-10-05.
Authoritative technical whitepapers, trial datasets, and regulatory transition roadmaps authored by ZnoNova’s advanced engineering and materials desks.
Navigating California AB 1200, New York ECL, and EU PPWR. Why SCUT-developed 100% bio-based nanocellulose achieves Kit ≥ 10 oil resistance with full repulpability and zero equipment retrofits.
Commercial trial proves 15ppm food-grade nano-ZnO delivers +13.0% final body weight gain, 1.51 FCR, 506 EPEF, and a 96% reduction in barn ammonia emissions while eliminating toxic heavy metal runoff.
Technical comparison between wash-out-prone topical quaternary silanes and permanent in-situ nano-zinc masterbatch spinning, sustaining > 99% bacterial reduction after 100+ standard launderings.
Engineering responses within 1–2 business days. Direct NDA & per-batch CoA provided.