Tag: nanosponges

8
Feb
2013

Sea Marconi for Smart Cities, scientific cooperation with the University of Bologna

On 19th December 2012, Sea Marconi participated to the presentation of the new Dipartimento Department of Sciences for Life Quality Studies – QUVI. The new department, located in Rimini, originates from the Alma Mater University of Bologna, the oldest university in history.The inauguration event started the scientific collaboration between Sea Marconi and the new Department, which within the Smart Cities and Smart Farms projects,
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12
Dec
2011

Presented the nanosponges, revolutionary bio-materials for an intelligent agriculture

Press room (updated at 01/18/2012 11.38 a.m., only italian language) A few hours ago (12/12/2011) at the Industrial Uni­on of Turin, the presentation of functionalised nanosponges, materials of organic origin capable of considerably improving the growth and conservation of plants and agricultural products in general took place. Nanosponges are an extraordinary example of research resulting from the collaboration between company of
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1
Mar
2011

2011 New frontiers for nanosponges: agro-food industry, conservation of flowers and fruits

A Since 1999 Sea Marconi has developed, synthesised and patented new materials designated as “Functionalised nanosponges” which, having a carrier function, are able to absorb, hold and release in a controlled manner, organic molecules or metallic iones, providing surprising application properties. Nanosponges are polymers, natural derivates from the amid based on cyclodextrins, formulated through special chemical reactions of reticulation with
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14
Jun
2007

Nanospunges won the prestigious award for Technology of the month in Germany

An Italian company, Sea Marconi, together with University of Turin have synthesized and patented a type of macromolecules, nanosponges, starting from natural oligosaccharides, cyclodextrins. These compounds can be exploited in several applications thanks to their unique and peculiar structure enabling the inclusion of several substances, that can be either strongly retained or released in a controlled way. So far, the
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