Colorobbia Italia S.p.a.

Colorobbia Consulting S.r.l.

Consorzio Coltech

Colorbbia Italia S.p.a.

Giovanni Baldi

Andrea Barzanti

Marco Bitossi

Mauro Comes Franchini

Laura Niccolai

Franco Innocenti

Andrea Cioni

Valentina Dami

Davide Settembre Blundo

Enrico Generali

Alfredo Ricci

Daniele Bonacchi

Giada Lorenzi

Costanza Ravagli

Marisa Benagiano

Mario Milco D'Elios

Paolo Ferruti

Elisabetta Ranucci

Stefania Albonetti

Magda Blosi

Alessio Antonini

Gaudenzio Borelli

Simone Bonari

Olivia Bitossi

Michele Dondi

Gianfranco Massaini

Alessandro Del Conte

Edoardo Maria Marchese

Mario Milco D'elios

There are described magnetic nanoparticles the surface of which is functionalized with catechol and constructs comprising a plurality of said nanoparticles encapsulated in a biocompatible polymer matrix, wherein a molecule with therapeutic action is optionally dispersed, said polymer matrix optionally being in turn further functionalized; there are further described cells of the immune system incorporating said polymeric constructs giving rise to their engineering.

Magnetic nanoparticles functionalized with N-(3,4-dihydroxyphenethyl)dodecanamide, production and use thereof

A support nanofunctionalised with photocatalytic nanoparticles made of polymeric material, preferably transparent or translucid, characterised by a nanoroughness, measured by means of an electron microscope, comprised between 10 and 150 nm and a macroroughness, measured by means of an electron microscope, comprised between 100 and 600 μm, wherein said nano and macro-roughness are diffused internally and/or superficially. A process for preparing the nanofunctionalised support is also described. Further, an use of the nanofunctionalised support as a photocatalyst activated by UV and/or visible light, for the decontamination of a fluid, preferably air and/or water, from organic contaminants, bacteria, moulds, odours and a combination thereof is described. Finally, a filtration device comprising at least one nanofunctionalised support of the invention associated with at least one source of UV and/or visible light configured to irradiate said at least one nanofunctionalised support is described.

Nanofunctionalised polymeric support with photocatalytic nanoparticles based on titanium dioxide and its use as photocatalysts

Described is a device () for reducing pollutants in a gaseous mixture comprising: •a containment body () having an inlet portion () for the gaseous mixture and an outlet portion () for the gaseous mixture, the containment body () imposing on the gaseous mixture a fixed direction of flow (D), •at least one filtering unit () comprising a photocatalytic filter () interposed, along the fixed direction of flow (D), between a first light source () and a second light source (), both having a wavelength in the visible spectrum (400-700 nm), the photocatalytic filter () comprising a photocatalytic nanoparticle coating and the nanoparticle coating comprising titanium dioxide doped with a nitrogen doping agent. •a unit () for straightening the flow before the filtering unit ().

Device for reducing pollutants in a gaseous mixture

The invention relates to a photocatalyst that is active under irradiation with UV light, visible light and sunlight, comprising a powder or a ready-to-use nanometric suspension of nitrogen-doped TiO, wherein the brookite crystalline phase is also present and whose doping nitrogen content (% by weight) is sufficient to ensure photocatalytic activity in the visible region. The photocatalyst can be easily applied to substrates of varying nature.

Nitrogen-doped TiO2 nanoparticles and the use thereof in photocatalysis

A nano-functionalized support comprises an application surface and a photocatalytic nanoparticle coating deposited on the application surface. The photocatalytic nanoparticle coating comprises titanium dioxide doped with a nitrogen-containing doping agent.

Nano-functionalized support and production method thereof

Magnetic nanoparticles functionalized with catechol, production and use thereof

The present invention relates to a process for the polyol-type synthesis of nanoparticulate magnetite starting from mixtures of Feand Fein the presence of a mineral acid. The magnetite particles obtainable from the process have uniform size characteristics and have even presented higher SAR (Specific Absorption Rate) values than those of magnetosomes.

Magnetite in nanoparticulate form

A process allowing to obtain ceramic glass material in the form of sheets of large dimensions usable in constructions for panelling or for flooring is described.

Process for the preparation of ceramic glass material in the form of sheets, sheets thus obtained and use thereof

A process is described for preparing stable suspensions of metal nanoparticles by means of a microwave-assisted metal nanoparticle synthesis undertaken in an aqueous environment at low temperature and at ambient pressure and atmosphere.

Process for preparing stable suspensions of metal nanoparticles and the stable colloidal suspensions obtained thereby

The present invention relates to a process for the polyol-type synthesis of nanoparticulate magnetite starting from mixtures of Feand Fe1in the presence of a mineral acid. The magnetite particles obtainable from the process have uniform size characteristics and have even presented higher SAR (Specific Absorption Rate) values than those of magnetosomes.

Stable complexes are described, formed by mono- and di-functional compounds bound to nanoparticles composed of various types of transition metal oxides and of metals useful in the production processes of different types of new materials (such as for example some types of hydrophile plastics, fibers); processes for the production of the complexes are also described.

Functionalised nanoparticles, their production and use

There are described nanoparticles of magnetic metal oxides employable in constructs consisting in polymer particles possibly also incorporating pharmacologically active substances.

Magnetic nanoparticles for the application in hyperthermia, preparation thereof and use in constructs having a pharmacological application

The invention relates to a method for the preparation of aqueous dispersions of TiOin the crystalline form anatase, as well as the dispersions obtained with said method, useful for the preparation of photocatalytic coatings for surfaces, and for the photocatalytic decontamination of gases and liquids.

[object Object]

A method is described which enables antibacterial properties to be attributed to a titanium surface by applying titanium dioxide suspensions of nanometric dimensions.

Process for functionalizing titanium metal surfaces with nanometric particles of titanium and products thus functionalized

Described herein are ceramic colorants consisting of suspensions of particles of nanometric dimensions, their production and use.

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Montelupo Fiorentino, Italy

Marco Bitossi