Coswell S.p.a.

Benvic Sas

Lebsc S.r.l

Parx Plastics Bv

Techint Compagnia Tecnica Internazionale

Bbs Gmbh

Bio on S.p.a.

Ndg Natural Development Group S.r.l.

Eco Insight S.r.l.

Parx Materials N.v.

Innovaplants S.r.l.

Chemical Center S.r.l.

Marco Lelli

Norberto Roveri

Marco Marchetti

Isidoro Giorgio Lesci

Paolo Gualandi

Simone Begotti

Eros D'Amen

Francesca Rinaldi

Filippo Pierini

Jacopo Gualandi

Andrea Gualandi

Sandra Petraroia

Selene Merli

Giulia Montebugnoli

Eros D'amen

Rocco Mercuri

Michele Fiori

Michele Gualandi

Stefania Vecchiotti

Massimo Masetti

Elisabetta Foresti

Ismaela Foltran

Carlo Ventura

Odila Mezini

Chiara Medaglia

Michael Van Der Jagt

Andrea Fulgione

Rosanna Capparelli

Nunzia Nocerino

Roberto Gallerani

Francesco De Laurentis

Sabrina Sangiorgi

Linda Sangiorgi

Isidoro Georgio Lecsi

Elizabetta Foresti

Giulia Balducci

Silvana Morselli

Alice Cecchini

Andrea Gruppioni

Stefano Zanasi

An article may include a material having a surface containing at least one zinc oxide and/or salt, and at least one antioxidant. A method of using a mixture including at least one zinc oxide and/or salt, and at least one antioxidant, as bacteriostatic agent may include: applying the mixture to a surface of an article.

Articles comprising antioxidizing agents and bacteriostatic agents, and production processes thereof

The invention relates to a process for treating an asbestos-containing material, which enables the asbestos to be transformed into inert products (i.e. not hazardous to human health) that can possibly be reused as raw materials for subsequent industrial processing or as directly marketable industrial products. The process comprising the steps of preparing an acidic solution/suspension by subjecting a food industry waste material to mixed bacterial and fungal growth and/or fermentation, and treating an asbestos-containing material with the acidic solution/suspension obtained from the mixed fermentation at a temperature of 120-170&#xb0; C. and pressure of 2-10 bar.

Process for biochemical denaturation of an asbestos-containing material

The invention relates to polymers selected from among polypropylene (PP), polycarbonate (PC), acrylonitrile-butadiene-styrene (ABS), polyvinylchloride (PVC) and polyethylene terephthalate (PET), nylon and polystyrene, having antibacterial properties, wherein the antibacterial effect is obtained by adding a zinc salt selected from among: zinc PCA, zinc oxide, zinc hydroxide, zinc pyrrolidone or zinc pyrithione during the process of polymerization of the monomers. The antibacterial polymers are used to prepare products intended to enter into contact with the skin.

Antibacterial polymers and method for obtaining the same

A dental care product comprising carbonate-substituted fluoro-hydroxyapatite particles having the formula: CaZnSrM(PO)(CO)(OH)Fwherein M is selected from the group comprising Mg, Se, K and mixtures thereof; x is a number comprised between 0 and 0.02; y is a number comprised between 0.0010 and 0.015; m is a number between 0 and 0.5; z is a number comprised between 0.0010 and 0.010 and w is a number comprised between 0.000002 and 0.0001; wherein said fluoro-hydroxyapatite particles have a crystallinity degree CD comprised between 50 and 85%.

Dental care products comprising carbonate-substituted fluoro-hydroxyapatite particles

The present invention refers to oral care and oral hygiene products having photocatalytic activity comprising particles of a calcium phosphate compound, superficially functionalised with TiO2 nanoparticles in crystalline form, said TiO2 nanoparticles having: a) a substantially lamellar morphology; b) an aspect ratio (AR) comprised between 5 and 30; c) a surface structure having face (001) as outermost face of the crystalline lattice; and d) wherein the TiO2 is in the form of anatase, optionally mixed with rutile and/or brookite.

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Marco Lelli