Tag: biomaterials

17
Sep
2013

LORVER project, innovative thermo-chemical conversion for bioenergy

With the manufacturing of the thermo-chemical conversion plant, example of a highly innovative solution, the LORVER (Lorraine Vert, i. e. Green Lorraine) project enters its central stage. At this time the phases for the systems integration are being completed (with the scheduled test phases) which shall be totally done at the Sea Marconi headquarters in Collegno (TO). The development and manufacturing choices have
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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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19
Jan
2011

New invention by Sea Marconi for the conversion of carbonaceous matrices into biomaterials and bioenergy with “CO2 Negative – CO2N”

The last 2010 invention by Sea Marconi refers to a modular plant for the integrated conversion of carbonaceous matrices with the scope of obtaining and/or valorising derivative products, “energetic or bioenergetic vectors”, “energy or bioenergy” with low environmental impact or CO2 neutral – CO2 n or CO2 negative – CO2 N and/or “Zero emissions – ZE”. This invention, for which Sea Marconi has applied for an international patent, is mainly based
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17
Mar
2010

Nanosponges, microalgae, biomaterials, innovation for the environment

Within the 7th Framework Program (FP7) a European project having Sea Marconi as a protagonist with other 12 enterprises and research organisms at Italian and European level has been approved. The designation of the project is BioAlgaeSorb (Enabling European SMEs to remediate wastes, reduce GHG emissions and produce biofuels via microalgae cultivation); its objectives are to integrate different technologies for
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