Projects | NIIST

Integrated bio refinery for converting paper mill waste into chemical wealth

Integrated bio refinery for converting paper mill waste into chemical wealth

Research Area : Microbial Processes and Technology
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Client Agency : Dept. of Biotechnology
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Integrated technologies for economically sustainable bio- based energy

Integrated technologies for economically sustainable bio- based energy

Research Area : Microbial Processes and Technology
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Client Agency : Dept. of Science & Technology
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Investigation of resveratrol based compounds from Dipterocarpaceae family for their anti-diabetic potential

Investigation of resveratrol based compounds from Dipterocarpaceae family for their anti-diabetic potential

Research Area : Agro Processing and Technology
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Client Agency : Kerala State Council for Science Technology Environment (KSCSTE)
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Investigation of structural, optical, magnetic properties and electronic structure of binary inter-metallic alloys for the spintronic applications

Investigation of structural, optical, magnetic properties and electronic structure of binary inter-metallic alloys for the spintronic applications

Research Area : Materials Science and Technology
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Client Agency : Dept. of Science & Technology
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Investigation of the dynamics & mechanism of flocculation by polymers and biopolymers for separation of solid particles of high rate thickeners in mineral processing industries

Investigation of the dynamics & mechanism of flocculation by polymers and biopolymers for separation of solid particles of high rate thickeners in mineral processing industries

Research Area : Microbial Processes and Technology
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Client Agency : Ministry of Mines
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Investigation of ultra fast dynamics of chromophores involved in singlet exciton fission processes towards solar cell applications

Investigation of ultra fast dynamics of chromophores involved in singlet exciton fission processes towards solar cell applications

Research Area : Chemical Sciences and Technology
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Client Agency : Dept. of Science & Technology
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Investigation of Zintl phases as efficient thermoelectric materials for energy conversion

Investigation of Zintl phases as efficient thermoelectric materials for energy conversion

Research Area : Materials Science and Technology
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Client Agency : Science and Engineering Research Board
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Design and development of efficient , stable and cost effective organic dyes for application in dye-sensitized solar cells

Design and development of efficient , stable and cost effective organic dyes for application in dye-sensitized solar cells

Research Area : Chemical Sciences and Technology
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Client Agency : Science and Engineering Research Board
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Design and development of near net shape manufacturing process for light weight high strength aluminium composite and engineering components by squeeze infiltration technique for automotive and aerospace applications

Design and development of near net shape manufacturing process for light weight high strength aluminium composite and engineering components by squeeze infiltration technique for automotive and aerospace applications

Research Area : Materials Science and Technology
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Client Agency : Indo German Science And Technology Centre
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Design and processing of nano structured hybrid composite materials for electro chemical energy storage

Design and processing of nano structured hybrid composite materials for electro chemical energy storage

Research Area : Chemical Sciences and Technology
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Client Agency : Dept. of Science & Technology
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