Problem Statement:

Green flexible conducting paper from edible bacteria-derived 3D nanocellulose matrix and polyaniline

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Detail:

It is required that the material for these applications possess low density and a good mechanical integrity. Thus, a way to produce bacterial nanocellulose (BC) polyaniline (PANI) nanocomposites by in situ polymerization in the suspension of cellulose nanowhiskers has been shown here The BC/PANI composites formed by optimized synthesis of PANI within cellulose nanowhiskers possess good electrical conductivity in addition to its excellent mechanical properties and flexibility

Knowledge Provider / Innovator: Divya Anand
Address: IITH Main Road, Near NH-65, Sangareddy
City: Kandi
State: Telangana
PIN Code 502285

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Email: ms13m1004@iith.ac.in
Contact No: 9415942265.0

Link: The advantages of using BC are its ultra network structure, sufficient porosity, high purity, and crystallinity good mechanical properties, great water-holding capability, and low environmental impact
Problem Scale: Around The world