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Detection of a hazardous substance in canned food during twenty seconds!

Detection of a hazardous substance in canned food during twenty seconds!

August 18, 2017      0    1698

A research team from Sahand University of Technology, Iran, in close collaboration with Tennessee University, USA, designed and manufactured a biological nanosensor capable of detecting the hazardous substances in canned foods with enhanced precision during twenty seconds. Whereas the laboratory-scale production of this nanosensor costs only three thousand tomans, its finished cost including electrical circuits will reach fifty thousand tomans.
The fabrication of cost-effective fuel cells using bacterial cellulose

The fabrication of cost-effective fuel cells using bacterial cellulose

July 28, 2017      0    1705

Researchers at Babol Noshirvani University of Technology have made microbial fuel cells with the aim to develop the new clean energy sources. The electrodes of these cells are made of bacterial cellulose, as a cost-effective alternative for conventional electrodes such as graphite counterparts. Their research work has been conducted on a laboratory scale.
Optimized exploitation of carbon nanotubes through inspiration from leopard skin

Optimized exploitation of carbon nanotubes through inspiration from leopard skin

July 19, 2017      0    1736

Iranian researchers from Kashan University in close collaboration with scholars from Deakin University of Australia successfully developed the application range of carbon nanotubes (CNTs) through the inspiration from leopard skin. The obtained experimental results are reported to be employed in nanoelectronics, drug delivery systems, and water treatment.
Synthesis of nanoscale photocatalysts with 80 % performance for wastewater treatment at Bandarabbas Oil Refinery

Synthesis of nanoscale photocatalysts with 80 % performance for wastewater treatment at Bandarabbas Oil Refinery

July 19, 2017      0    1723

In a close collaboration, researchers from University of Hormozgan, Tarbiat Modares University, and Razi University have successfully synthesized a nanosized photocatalyst for the efficient elimination of ubiquitous contaminants in refinery wastewater. Unknown for full-scale results, the laboratory-scale experimentations of the as-synthesized nanosized photocatalysts for wastewater treatment applications have confirmed the elimination of organic contaminants by 80 % at Bandar Abbas oil refinery.
Highlights
Management
Iran launches 15th International Nanotechnology Exhibition, showcasing global leadership
 November 06, 2024    0      9091
Industrial
The 15th Nano Technology Exhibition Kicks Off
 November 03, 2024    0      9185
Industrial
Microtechnology Takes Center Stage at the 15th Iran Nano Exhibition, Says INIC Secretary
 November 02, 2024    0      8735
Scientific
Nanobiotechnoloy: The Theme of the "Science-Exploration" Campaigns
 October 28, 2024    0      8537
Industrial
Atlas Protecting Coating and XF Nano Forge Strategic Partnership at Chainano 2024
 October 28, 2024    0      8537

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About us

Iran Nanotechnology Innovation Council (INIC) is responsible for supporting national policies in nanotechnology development and supervising their implementation. INIC's main mission is to enable Iran to achieve a prominent place among advanced countries in nanotechnology as well as leveraging nanotechnology in economic development of the country. By providing facilities, creating market and removing the impeding obstacles, INIC aims to pave the road for private sector activity in the field of nanotechnology and generation of wealth in the country.

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