NAMI has developed nano and micro cellulose from seaweed for biodegradable dining wares, food packaging materials, cosmetic formulation ingredients, as well as adsorbents in water and wastewater treatment. The oxygen and water barrier properties, water-solubility, tensile strength and thermal resist.....
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The types of microbes that can biodegrade conventional plastics are limited, making them take hundreds of years to degrade. By adding NAMI's accelerated anaerobic biodegradation additives to conventional plastics, effective microbes can be attracted to gather onto the plastics' surface to speed up t.....
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NAMI has developed a dry process for the fabrication of lithium ion battery cathodes. This process fabricate lithium ion battery cathodes without the use of harmful solvents as conventional slurry cathode process does, and is thus a much safer, low-cost and more environmentally friendly process for .....
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To reduce the total weight of the MiC module, NAMI has developed lightweight cellular concrete technology for MiC. The cellular concrete contains an optimized porous microstructure with superior compressive strength, significantly reducing the weight of a 2.5m (W) x 8m (L) x 3m (H) module from over .....
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Modular Integrated Construction (MiC) is an innovative construction method whereby free-standing volumetric modules (with finishes, fixtures, fittings, etc.) are manufactured off-site and then transported to a construction site for installation. The merits of MiC include shortened construction perio.....
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